14-07-2009

® Symbols of Vivoil Oleodinamica Vivolo products

XV-0P Unidirectional Pump XV-0U Unidirectional Motor

Left Right Left Right

XV-1P Rotation Rotation
XV-1U Rotation Rotation

XV-2P XV-2U

XV-3P XV-3U

XV-0R Reversible Pump XV-0M Reversible Motor

External Internal External Internal

XV-1R drainage drainage
XV-1M drainage drainage

XV-2R XV-2M

XV-3R XV-3M

XV-0T XV-1T XV-2T XV-3T Primary element of multiple pump

XV-0I XV-1I XV-2I XV-3I Intermediate element of multiple pump

XV-0F XV-1F XV-2F XV-3F Final element of multiple pump

Left Rotation Right Rotation

KV -DF Flow divider KV -DFV Flow divired with valves

KV -DF+M Flow divider with motor

The descriptions and dimensions stated herein are not binding. Vivoil Oleodinamica Vivolo s.r.l reserves the right to make changes as it
deems necessary, at any time and without notice.

2
 REVERSIBLE MOTORS
®
Index

Introduction 7

Summary: Displacements - Pressures - Speeds 9

General technical data 10

Torques allowed on shaft 12

Useful calculation formulas 13

Characteristic Curves 14

XV-0M
XM001

STANDARD MOTOR
ø22 FLANGE - PARALLEL SHAFT 18

XM012

BH TYPE MOTOR
ø22 BODY-SHAPED FLANGE - MILLED SHANK 20

XM017

HY TYPE MOTOR
ø22 BODY-SHAPED FLANGE - MILLED SHANK 22

XV-1M
XM101

STANDARD EUROPEAN MOTOR

ø25.4 FLANGE - TAPER SHAFT 24

XM105

STANDARD EUROPEAN MOTOR

ø25.4 FLANGE - TAPER SHAFT 26

XM113

STANDARD MOTOR
ø30 FLANGE - TAPER SHAFT 28

3
 REVERSIBLE MOTORS
®
Index

XM119

BH TYPE MOTOR
ø32 BODY-SHAPED FLANGE - MILLED SHANK 30

XM140

HY TYPE MOTOR
ø32 BODY-SHAPED FLANGE - MILLED SHANK 32

XM161

STANDARD GERMAN "BH" TYPE MOTOR

ø32 BODY-SHAPED FLANGE - MILLED SHANK 34

XM168

SAE AA TYPE MOTOR

ø50.8 FLANGE - PARALLEL SHAFT 36

XV-2M
XM201

STANDARD EUROPEAN MOTOR

ø36.5 FLANGE - TAPER SHAFT 38

XM207

STANDARD EUROPEAN MOTOR

ø36.5 FLANGE - TAPER SHAFT 40

XM210

BH TYPE MOTOR
ø50 BODY-SHAPED FLANGE - TAPER SHAFT 42

XM213

HY TYPE MOTOR
ø50 BODY-SHAPED FLANGE - TAPER SHAFT 44

XM216

STANDARD GERMAN "BH" TYPE MOTOR

ø52 BODY-SHAPED FLANGE - MILLED SHANK 46

4
 REVERSIBLE MOTORS
®
Index

XM217

STANDARD GERMAN MOTOR

ø80 FLANGE - TAPER SHAFT 48

XM219

SAE A TYPE MOTOR

ø82.5 FLANGE - SPLINED SHAFT 50

XV-3M
XM301

STANDARD EUROPEAN MOTOR

ø50.8 FLANGE - TAPER SHAFT 52

XM302

STANDARD EUROPEAN MOTOR

ø50.8 FLANGE - TAPER SHAFT 54

XM331

SAE B TYPE MOTOR

ø101.6 FLANGE - SPLINED SHAFT 56

XM332

SAE B TYPE MOTOR

ø101.6 FLANGE - SPLINED SHAFT 58

APPENDIX - Special Versions 61

Max. Pressure Valves 62

Unions 63

Table of seals OR 65

Table of oil speeds 66

Table of Areas and Perimeters 67

Pressure conversion table 68

Conversion table 69

Table of oil viscosity according to temperature 70

5
 REVERSIBLE MOTORS
®
Index

Table of pressure drops 71

Table of Elements 72

Table of chemical resistance of elastomers 73

Table of mechanical features of elastomers 74

Table of tapping holes 75

Map 78

6
 ®
INTRODUCTION XV-0M XV-1M XV-2M XV-3M

XV-0M

References: XM-001 References: XM-012 References: XM-017

Standard Ø22 FLANGE Ø22 BH FLANGE Ø22 HY FLANGE

XV-1M

References: XM-101 References: XM-113 References: XM-119

Ø25.4 FLANGE Ø30 FLANGE Ø32 BH FLANGE

References : XM-140 References: XM-161 References: XM-168

Ø32 HY FLANGE Standard German Ø32 BH Ø50.8 SAE AA FLANGE

XV-2M

References : XM-201 References : XM-210 References: XM-213

Ø36.5 FLANGE Ø50 BH FLANGE Ø50 HY FLANGE

References: XM-216 References : XM-217 References : XM-219

Standard German Ø52 BH Standard German Ø80 FLANGE Ø82.5 SAE A
FLANGE FLANGE

Vivoil Oleodinamica Vivolo

XV-3M s.r.l. presents a new series of
gear reversible motors called
XV-M.
The quality of the product has
been improved on by exploiting
new and innovative solutions,
both technical and constructive,
References : XM-301 References : XM-331
for which the company has been
FLANGE Ø50,8 - Standard FLANGE Ø101,6 SAE B
awarded 3 patents.

The motors are divided into four groups: XV-0M XV-1M XV-2M XV-3M

7
 ®
INTRODUCTION XV-0M XV-1M XV-2M XV-3M

The main features of the XV-0M are the following:

Displacements from 0.45 cm3 / revolution to 2.28 cm3/revolution.
Maximum pressures up to 280 bar.
Versions w/ flanges: Ø22 – Standard;
Ø22 BH – Sagomata;
Ø22 HY – Sagomata.
Rotation speeds up to 9000 rpm.
Configurations with inlet and outlet in the body, flange and cover.
Available shafts: Cylindrical with Woodruff key;
Milled shank;
Tapered 1:8 Woodruff key.
A version with internal drainage is also available.

The main features of the XV-1M are the following:

Displacements from 0.91 cm3 / revolution to 9.88 cm3/ revolution.
Maximum pressures up to 300 bar.
Versions w/ flanges: Ø25.4 – Standard European;
Ø30 – Standard;
Ø32 BH – Body-Shaped;
Ø32 HY – Body-Shaped;
Ø32 BH – Standard German – Body-Shaped;
Ø50.8 – SAE AA
Rotation speeds up to 6000 rpm
Configurations with inlet and outlet in the body, flange and cover.
Available shafts: Tapered 1:8 Woodruff key;
Parallel with key;
Milled shank;
Splined.
A version with internal drainage is also available.

The main features of the XV-2M are the following:

Displacements from 4.2 cm3 / revolution a 39.6 cm3/ revolution.
Maximum pressures up to 300 bar.
Versions w/ flanges: Ø36,5 – Standard Europea;
Ø50 BH – Body-Shaped;
Ø50 HY – Body-Shaped;
Ø52 BH - Standard German – Body-Shaped;
Ø80 – Standard German;
Ø82,5 – SAE A.
Rotation speeds up to 3500 rpm
Configurations with inlet and outlet in the body, flange and cover.
Available shafts: Tapered 1:8 Woodruff key;
Parallel with key;
Milled shank;
Splined.
A version with internal drainage is also available.

The main features of the XV-3M are the following:

Displacements from 14.89 cm3 / revolution to 86.87cm3/ revolution.
Maximum pressures up to 320 bar.
Versions w/ flanges: Ø50,8 – Standard European;
Rotation speeds up to 3000 rpm.
Available shafts: Tapered 1:8 Woodruff key;
Parallel with key;
Splined.
A version with internal drainage is also available.

8
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INTRODUCTION XV-0M XV-1M XV-2M XV-3M

Summary: Displacements - Torque - Power - Pressures - Speeds

Torque Power Max Max Min
Min Max
TYPE Displacement Inlet Drain Starting
Speed Speed
1000 rev/min 100 bar Pressure Pressure Pressure
3
XV-0M/0.45 0.45 cm /rev 0,61 Nm 0,06 KW 280 bar 1 bar 25 bar 700 rev/min 9000 rev/min
XV-0M/0.57 0.56 cm3/rev 0,76 Nm 0,08 KW 280 bar 1 bar 25 bar 700 rev/min 9000 rev/min
XV-0M

XV-0M/0.76 0.75 cm3/rev 1,01 Nm 0,11 KW 280 bar 1 bar 25 bar 700 rev/min 9000 rev/min
XV-0M/0.98 0.92 cm3/rev 1,24 Nm 0,13 KW 280 bar 1 bar 20 bar 700 rev/min 6000 rev/min
XV-0M/1.27 1.26 cm3/rev 1,70 Nm 0,18 KW 280 bar 1 bar 15 bar 700 rev/min 6000 rev/min
XV-0M/1.52 1.48 cm3/rev 2,00 Nm 0,21 KW 280 bar 1 bar 10 bar 700 rev/min 6000 rev/min
XV-0M/2.30 2.28 cm3/rev 3,08 Nm 0,32 KW 210 bar 1 bar 10 bar 700 rev/min 5000 rev/min
XV-1M/0.9 0.91 cm3/rev 1,23 Nm 0,13 KW 280 bar 6 bar 30 bar 700 rev/min 6000 rev/min
XV-1M/1.2 1.17 cm3/rev 1,58 Nm 0,17 KW 290 bar 6 bar 30 bar 700 rev/min 6000 rev/min
XV-1M/1.7 1.56 cm3/rev 2,11 Nm 0,22 KW 290 bar 6 bar 30 bar 700 rev/min 6000 rev/min
XV-1M/2.2 2.08 cm3/rev 2,81 Nm 0,29 KW 290 bar 6 bar 25 bar 700 rev/min 6000 rev/min
XV-1M/2.6 2.60 cm3/rev 3,52 Nm 0,37 KW 300 bar 6 bar 20 bar 700 rev/min 6000 rev/min
XV-1M

XV-1M/3.2 3.12 cm3/rev 4,22 Nm 0,44 KW 300 bar 6 bar 15 bar 700 rev/min 6000 rev/min
XV-1M/3.8 3.64 cm3/rev 4,92 Nm 0,52 KW 300 bar 6 bar 15 bar 700 rev/min 6000 rev/min
XV-1M/4.3 4.16 cm3/rev 5,63 Nm 0,59 KW 300 bar 6 bar 15 bar 700 rev/min 6000 rev/min
XV-1M/4.9 4.94 cm3/rev 6,68 Nm 0,70 KW 300 bar 6 bar 15 bar 700 rev/min 6000 rev/min
XV-1M/5.9 5.85 cm3/rev 7,91 Nm 0,83 KW 300 bar 6 bar 15 bar 700 rev/min 5000 rev/min
3
XV-1M/6.5 6.50 cm /rev 8,79 Nm 0,92 KW 300 bar 6 bar 10 bar 700 rev/min 5000 rev/min
XV-1M/7.8 7.54 cm3/rev 10,20 Nm 1,07 KW 260 bar 6 bar 10 bar 700 rev/min 5000 rev/min
XV-1M/9.8 9.88 cm3/rev 13,37 Nm 1,40 KW 230 bar 6 bar 10 bar 700 rev/min 4000 rev/min
XV-2M/4 4.2 cm3/rev 5,68 Nm 0,60 KW 300 bar 6 bar 30 bar 700 rev/min 3500 rev/min
XV-2M/6 6.0 cm3/rev 8,12 Nm 0,85 KW 300 bar 6 bar 25 bar 700 rev/min 3500 rev/min
3
XV-2M/9 8.4 cm /rev 11,36 Nm 1,19 KW 300 bar 6 bar 20 bar 700 rev/min 3500 rev/min
XV-2M/11 10.8 cm3/rev 14,61 Nm 1,53 KW 300 bar 6 bar 20 bar 700 rev/min 3500 rev/min
XV-2M/14 14.4 cm3/rev 19,48 Nm 2,04 KW 290 bar 6 bar 15 bar 700 rev/min 3500 rev/min
XV-2M

XV-2M/17 16.8 cm3/rev 22,73 Nm 2,38 KW 270 bar 6 bar 15 bar 700 rev/min 3500 rev/min
XV-2M/19 19.2 cm3/rev 25,97 Nm 2,72 KW 250 bar 6 bar 15 bar 700 rev/min 3000 rev/min
XV-2M/22 22.8 cm3/rev 30,84 Nm 3,23 KW 240 bar 6 bar 15 bar 700 rev/min 3000 rev/min
3
XV-2M/26 26.2 cm /rev 35,44 Nm 3,71 KW 210 bar 6 bar 15 bar 700 rev/min 3000 rev/min
XV-2M/30 30.0 cm3/rev 40,58 Nm 4,25 KW 200 bar 6 bar 15 bar 700 rev/min 2500 rev/min
XV-2M/34 34.2 cm3/rev 46,27 Nm 4,85 KW 190 bar 6 bar 15 bar 700 rev/min 2500 rev/min
XV-2M/40 39.6 cm3/rev 53,57 Nm 5,61 KW 180 bar 6 bar 15 bar 700 rev/min 2000 rev/min
XV-3M/15 14.89 cm3/rev 20,14 Nm 2,11 KW 320 bar 6 bar 20 bar 700 rev/min 3000 rev/min
XV-3M/18 17.37 cm3/rev 23,50 Nm 2,46 KW 320 bar 6 bar 20 bar 700 rev/min 3000 rev/min
XV-3M/21 21.10 cm3/rev 28,54 Nm 2,99 KW 300 bar 6 bar 15 bar 700 rev/min 3000 rev/min
XV-3M/27 26.97 cm3/rev 36,49 Nm 3,82 KW 270 bar 6 bar 10 bar 700 rev/min 3000 rev/min
XV-3M/32 32.27 cm3/rev 43,66 Nm 4,57 KW 270 bar 6 bar 10 bar 700 rev/min 3000 rev/min
XV-3M/38 38.47 cm3/rev 52,04 Nm 5,45 KW 270 bar 6 bar 10 bar 700 rev/min 2800 rev/min
XV-3M

3
XV-3M/43 43.44 cm /rev 58,77 Nm 6,15 KW 250 bar 6 bar 10 bar 700 rev/min 2800 rev/min
XV-3M/47 47.16 cm3/rev 63,80 Nm 6,68 KW 250 bar 6 bar 10 bar 700 rev/min 2800 rev/min
XV-3M/51 50.88 cm3/rev 68,83 Nm 7,21 KW 250 bar 6 bar 10 bar 700 rev/min 2800 rev/min
XV-3M/54 54.60 cm3/rev 73,86 Nm 7,74 KW 250 bar 6 bar 10 bar 700 rev/min 2300 rev/min
XV-3M/61 60.81 cm3/rev 82,26 Nm 8,61 KW 220 bar 6 bar 10 bar 700 rev/min 2300 rev/min
XV-3M/64 64.53 cm3/rev 87,30 Nm 9,14 KW 220 bar 6 bar 10 bar 700 rev/min 2300 rev/min
3
XV-3M/70 70.74 cm /rev 95,70 Nm 10,02 KW 210 bar 6 bar 10 bar 700 rev/min 2300 rev/min
XV-3M/74 74.46 cm3/rev 100,73 Nm 10,55 KW 190 bar 6 bar 10 bar 700 rev/min 2300 rev/min
XV-3M/90 86.87 cm3/rev 117,52 Nm 12,31 KW 160 bar 6 bar 10 bar 700 rev/min 2300 rev/min

9
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INTRODUCTION XV-0M XV-1M XV-2M XV-3M

General technical data

Type of fluid to be used Mineral-based hydraulic oil HLP HV (D IN 51524)
Minimum operating viscosity 10 mm2/s
Maximum operating viscosity 100 mm2/s
Maximum admissible viscosity at start-up 1500 mm2/s
Recommended viscosity 20 mm2/s - 100 mm2/s
Ambient temperature -20 °C - 60°C
Fluid operating temperature -15°C - 80°C
Recommended fluid operating temperature 30°C – 50° C
For temperatures above 120°C Request FKM seals ( V iton)
Max. outlet fluid pressure (OUT) 0.3 - 0.5 bars (with internal drainage)
Inlet fluid filtering (IN) 30 - 60 Microns
Outlet fluid filtering (OUT) 10 - 25 Microns
Max. inlet fluid speed (IN) 0.5 - 1.5 m/s
Max. outlet fluid speed (OUT) 3.0 - 5.5m/s

Flow rate tables

cm3/ rpm
TYPE
rev 700 1000 1500 2000 2500 3000 3500 4000 4500 5000 5500 6000 7000 8000 9000
XV 0M/0.45 0,45 0,299 0,428 0,641 0,855 1,069 1,283 1,496 1,710 1,924 2,138 2,351 2,565 2,993 3,420 3,848
XV 0M/0.57 0,56 0,372 0,532 0,798 1,064 1,330 1,596 1,862 2,128 2,394 2,660 2,926 3,192 3,724 4,256 4,788
Flow rate l/min

Flow rate l/min

XV 0M/0.76 0,75 0,499 0,713 1,069 1,425 1,781 2,138 2,494 2,850 3,206 3,563 3,919 4,275 4,988 5,700 6,413
XV 0M/0.98 0,92 0,612 0,874 1,311 1,748 2,185 2,622 3,059 3,496 3,933 4,370 4,807 5,244
XV 0M/1.27 1,26 0,838 1,197 1,796 2,394 2,993 3,591 4,190 4,788 5,387 5,985 6,584 7,182
XV 0M/1.52 1,48 0,984 1,406 2,109 2,812 3,515 4,218 4,921 5,624 6,327 7,030 7,733 8,436
XV 0M/2.30 2,28 1,516 2,166 3,249 4,332 5,415 6,498 7,581 8,664 9,747 10,830

cm3/ rpm
TYPE
rev 700 1000 1500 2000 2500 3000 3500 4000 4500 5000 5500 6000
XV 1M/0.9 0,91 0,630 0,900 1,350 1,800 2,250 2,700 3,150 3,600 4,050 4,500 4,950 5,400
XV 1M/1.2 1,17 0,840 1,200 1,800 2,400 3,000 3,600 4,200 4,800 5,400 6,000 6,600 7,200
XV 1M/1.7 1,56 1,190 1,700 2,550 3,400 4,250 5,100 5,950 6,800 7,650 8,500 9,350 10,200
XV 1M/2.2 2,08 1,540 2,200 3,300 4,400 5,500 6,600 7,700 8,800 9,900 11,000 12,100 13,200
XV 1M/2.6 2,6 1,820 2,600 3,900 5,200 6,500 7,800 9,100 10,400 11,700 13,000 14,300 15,600
Flow rate l/min

Flow rate l/min

XV 1M/3.2 3,12 2,240 3,200 4,800 6,400 8,000 9,600 11,200 12,800 14,400 16,000 17,600 19,200
XV 1M/3.8 3,64 2,660 3,800 5,700 7,600 9,500 11,400 13,300 15,200 17,100 19,000 20,900 22,800
XV 1M/4.3 4,16 3,010 4,300 6,450 8,600 10,750 12,900 15,050 17,200 19,350 21,500 23,650 25,800
XV 1M/4.9 4,94 3,430 4,900 7,350 9,800 12,250 14,700 17,150 19,600 22,050 24,500 26,950 29,400
XV 1M/5.9 5,85 4,130 5,900 8,850 11,800 14,750 17,700 20,650 23,600 26,550 29,500
XV 1M/6.5 6,5 4,550 6,500 9,750 13,000 16,250 19,500 22,750 26,000 29,250 32,500
XV 1M/7.8 7,54 5,460 7,800 11,700 15,600 19,500 23,400 27,300 31,200 35,100 39,000
XV 1P/9.8 9,88 6,860 9,800 14,700 19,600 24,500 29,400 34,300 39,200

10
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INTRODUCTION XV-0M XV-1M XV-2M XV-3M

rpm
TYPE cm3/rev
700 1000 1500 2000 2500 3000 3500
XV 2M/4 4,2 2,800 4,000 6,000 8,000 10,000 12,000 14,000

XV 2M/6 6 4,200 6,000 9,000 12,000 15,000 18,000 21,000

XV 2M/9 8,4 6,300 9,000 13,500 18,000 22,500 27,000 31,500

XV 2M/11 10,8 7,700 11,000 16,500 22,000 27,500 33,000 38,500

XV 2M/14 14,4 9,800 14,000 21,000 28,000 35,000 42,000 29,000

Flow rate l/min

Flow rate l/min

XV 2M/17 16,8 11,900 17,000 25,500 34,000 42,500 51,000 59,500

XV 2M/19 19,2 13,300 19,000 28,500 38,000 47,500 57,000

XV 2M/22 22,8 15,400 22,000 33,000 44,000 55,000 66,000

XV 2M/26 26,2 18,200 26,000 39,000 52,000 65,000 78,000

XV 2M/30 30 21,000 30,000 45,000 60,000 75,000

XV 2M/34 34,2 23,800 34,000 51,000 68,000 85,000

XV 2M/40 39,6 28,000 40,000 60,000 80,000

rpm
TYPE cm3/rev
700 1000 1500 2000 2300 2500 3000
XV 3M/15 14,89 9,90 14,15 21,22 28,29 32,54 35,37 42,44

XV 3M/18 17,37 11,55 16,51 24,76 33,01 37,96 41,26 49,52

XV 3M/21 21,10 14,03 20,04 30,06 40,08 46,10 50,11 60,13

XV 3M/27 26,97 17,94 25,62 38,43 51,24 58,93 64,05 76,86

XV 3M/32 32,27 21,46 30,65 45,98 61,31 70,50 76,63 91,96

XV 3M/38 38,47 25,58 36,55 54,82 73,09 84,06 91,37

Flow rate l/min

Flow rate l/min

XV 3M/43 43,44 28,88 41,26 61,89 82,53 94,91 103,16

XV 3M/47 47,16 31,36 44,80 67,20 89,60 103,04 112,00

XV 3M/51 50,88 33,84 48,34 72,51 96,67 111,17

XV 3M/54 54,60 36,31 51,87 77,81 103,75 119,31

XV 3M/61 60,81 40,44 57,77 86,65 115,54 132,87

XV 3M/64 64,53 42,91 61,31 91,96 122,61 141,00

XV 3M/70 70,74 47,04 67,20 100,80 134,40 154,56

XV 3M/74 74,46 49,52 70,74 106,11 141,47 162,70

XV 3M/90 86,87 57,77 82,53 123,79 165,05 189,81

11
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INTRODUCTION XV-0M XV-1M XV-2M XV-3M

TORQUES ALLOWED ON SHAFT:

FORMULA FOR EVALUATING SHAFT SHAFT [IDENTIFIER] - CODE - DESCRIPTION T.2 [Nm]

[A] - CI001 - Cilindrico ø 7 - M 7x1 - linguetta sp.2 2

XV-0M
[B] - CF001 - Codolo fresato ø 7 - sp. 5 9,2
[F] - CF005 - Codolo fresato ø 7 - sp.4,5 L = 9 8

[A] - CI001 - Parallel ø12 - M10x1 - key thk. 3 25,8

[B] - CI002 - Parallel ø12.7 - key thk. 3.2 (SAE) 32,8
[C] - CF001 - Milled shank ø10 - thk.5 ("BH" Standard German) 13,8
[D] - CF002 - Milled shank ø10 - thk.5 13,8

[E] - CF003 - Milled shank ø11 - thk.6.63 (SAE) 25,8

[F] - CO001 - Tapered 1:8 - ø10 - M7x1 - key thk.2.4 43

[G] - CO002 - Tapered 1:8 - ø14 - M10x1 - key thk.3 119,8
XV-1M

[ I ] - CO004 - Tapered 1:8 - ø12.7 - 5/16” 24UNF-2A - key thk.3.2 (SAE) 90,4

[J] - SCF04 - Splined ø11.7 - z=6, H=17.5, m=1.6, DIN 5482 12x9 22,6
[K] - SCF05 - Splined ø12.344, z=9, H=19, SAE J498 9T 20/40DB 32,2

[L] - SCF02 - Splined ø11.9, z=15, H=17.5, m=0.75 42,8

[O] - CO002+HK - Tapered 1:8 - ø14 - M10x1, HK 14-12, key thk.3 119,8

vi × ∆p × ηm [P] - CI001+HK - Parallel ø12 - M10x1 with bearing HK 14-12 - key thk.3 25,8
T .2 ≤ [Q] - SCF01 - Splined ø11.9, z=15, H=9, m=0.75 42,8
20 × π [R] - SCF03 - Splined ø11.9, z=15, H=9, m=0.75 42,8
T.2 = max. torque allowed by
shaft [ Nm] [A] - CI001 - Parallel ø15 - M6x1 - key thk.4 44.1

[B] - CI002 - Parallel ø15.875 – 1/4"28-UNF key thk.4 (SAE A) 67.5

[C] - CF001 - Miled shank ø15 - thk.8 ("BH" Standard German) 60.5

[E] - CO001 - Tapered 1:8 - ø17,4 - M12x1,5 - key thk.4 233.2

[F] - CO002 - Tapered 1:5 - ø17,4 - M12x1,5 - key thk.3 233.2

XV-2M

[G] - SCF02 - Splined ø16,5 - z=9, H=13, m=1.6 DIN 5482 17x14 86.1

[H] - SCF03 - Splined ø16.5 - z=9, H=18,8, m=1,6 DIN 5482 17x14 86.1

[ I ] - SCF04 - Splined ø15.456 z=9, H=22.5, SAE J498 9T 16/32DP 67.1

[K] - SCF05 - Splined ø16.5 z=9 H=8,1 m=1.6 DIN 5482 17x14 86.2

[L] - SCF01- Splined ø16.5 z=9 H=9,2 m=1.6 DIN 5482 17x14 86.2
[M] - CO001 - Tapered 1:8 - ø17,4 - M12x1,5 - key thk.3,2 233.2
[A] - CO001 - Tapered 1:8 - ø22 – M14x1.5 - key thk.4 482
[B] - CI001 - Parallel ø20 - M8 - key thk.5 181
XV-3M

[C] - SCF03 - Splined ø21.5, z=13, H=25, m=1,6 223

[H] - CI004 - Parallel ø22.225– 1/4"28-UNF key thk..6.35 (SAE B) 180

[ I ] - SCF04 - Splined ø21.8059, z=13, H=25, SAE J498 9T 16/32DP 264
NOTES:
For assemblies with a coupling, you should choose one as balanced as possible in order to reduce the
vibrations and dynamic stresses to which the motor shaft may be subject.
Always make sure that the torque is less than or equal to the admissible torque of the
shaft.Do not apply a direct axial or radial load on the motor shaft; if necessary, use suitable
supports.Always use well-filtered oils containing no water or other emulsifying substance.
Never run the motor with oil and air solutions.
4 l/min XV-0M
For motor with outlets on the flange, it is recommended not to exceed a flow rate of
20 l/min. XV-1M
35 l/min XV-2M

12
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INTRODUCTION XV-0M XV-1M XV-2M XV-3M

Useful calculation formulas

SYMBOL, UNIT OF MEASUREMENT, DESCRIPTION

qv l/min Flow rate
vi cm3/rev. Displacement (volume of oil displaced per complete revolution of the shaft)
n rpm Shaft rotation speed
p1 bar inlet pressure
p2 bar outlet pressure
∆p bar ∆p=p2 - p1 difference between outlet (OUT) and inlet (IN) pressure
Ph kW Hydraulic power delivered
Pm kW Mechanical power absorbed
T Nm Torque absorbed by shaft
0.91 – 0.96 volumetric efficiency
ηv -
(volumetric ratio between operation under load and loadless operation)
ηm - 0.85 – 0.90 mechanical efficiency
ηt - ηt = ηv x ηm total efficiency

Basic Formulas Derived Formulas

vi × n qv × 1000 qv × 1000
qv = × ηv vi = n=
1000 n × ηv vi × ηv
vi × ∆p × ηm T × 20 × π T × 20 × π
T= vi = ∆p =
20 × π ∆p × ηm vi × ηm
qv × ∆p Ph × 600 Ph × 600
Ph = qv = ∆p =
600 ∆p qv
vi × ∆p × n × ηm Pm × 600000 600000 × ηm
Pm = vi = ∆p =
600000 ∆p × n × ηm vi × n × ηm

Constructive features

PART MATERIAL MECHANICAL FEATURES

2
Extruded alloy Series 7000, heat treated Rp = 345 N/mm (Yield strength)
MOTOR BODY 2
and anodised Rm = 382 N/mm (Breaking strength)
2
Die-cast aluminium alloy with excellent Rp = 310÷350 N/mm
FLANGE AND COVER mechanical features, heat treated and (Yield strength)
2
anodised Rm = 350÷400 N/mm (Breaking strength)
Special heat-treated tin alloy with
2
GEAR BUSH excellent mechanical features andRp = 350 N/mm (Yield strength)
2
BEARINGS high anti-friction capacity. Rm = 390 N/mm (Breaking strength)
Self-lubricating bushes DU
2
Rs = 980 N/mm (Yield strength)
2
GEARS Steel UNI 7846 Rm =1270÷1570 N/mm (Breaking
strength)
A 727 Standard Acrylonitrile 70 Shore, thermal resistance 120°C
SEALS
F 975 Viton FKM 80 Shore, thermal resistance 200°C
Virgin PTFE
BACK-UP RINGS
Tecnil Q3

13
 CHARACTERISTIC CURVES XV-0M
®

XV-0M CHARACTERISTIC FLOW RATE CURVES

13
XV-0M/2,30
12
11
10
XV-0M/1,52
9
litres/min

8 XV-0M/1,27

7 XV-0M/0,76

XV-0M/0,98
6
Flow Rate

XV-0M/0,57
5
XV-0M/0,45
4
3

2
1
0
0 1000 2000 3000 4000 5000 6000 7000 8000 9000 10000

Speed rpm

XV-0M MOTOR TORQUE

8
XV-0M/2,30

5 XV-0M/1,52

XV-0M/1,27
Torque Nm

3 XV-0M/0,98

XV-0M/0,76
2 XV-0M/0,57
XV-0M/0,45
1

0
0 50 100 150 200 250

Outlet Pressure bar

14
 CHARACTERISTIC CURVES XV-1M
®

XV-1M CHARACTERISTIC FLOW RATE CURVES

40
XV-1M/9,8
XV-1M/7,8

XV-1M/6,5
30
litres/min

XV-1M/5,9

XV-1M/4,9 XV-1M/4,3

20 XV-1M/3,8
Flow Rate

XV-1M/3,2

XV-1M/2,6

XV-1M/2,2
10
XV-1M/1,7

XV-1M/1,2
XV-1M/0,9

0
0 1000 2000 3000 4000 5000 6000

Speed rpm

XV-1M MOTOR TORQUE

40

35
XV-1M/9,8

30

XV-1M/7,8
25
XV-1M/6,5

20 XV-1M/5,9

XV-1M/4,9
Torque Nm

15
XV-1M/4,3
XV-1M/3,8
XV-1M/3,2
10
XV-1M/2,6
XV-1M/2,2
XV-1M/1,7
5
XV-1M/1,2
XV-1M/0,9

0
0 50 100 150 200 250

Outlet Pressure bar

15
 CHARACTERISTIC CURVES XV-2M
®

XV-2M CHARACTERISTIC FLOW RATE CURVES

90

80 XV-2M/34
XV-2M/40
XV-2M/26
XV-2M/30
70
XV-2M/22
litres/min

60
XV-2M/19 XV-2M/17

50
XV-2M/14

40
Flow Rate

XV-2M/11

30
XV-2M/9

20 XV-2M/6

XV-2M/4
10

0
0 1000 2000 3000 4000

Speed rpm

XV-2M MOTOR TORQUE

160

140
XV-2M/40

120 XV-2M/34

XV-2M/30
100
XV-2M/26

80 XV-2M/22

XV-2M/19
60 XV-2M/17
XV-2M/14
Torque Nm

40 XV-2M/11
XV-2M/9
20 XV-2M/6
XV-2M/4

0
0 50 100 150 200 250

Outlet Pressure bar

16
 CHARACTERISTIC CURVES XV-3M
®

XV-3M CHARACTERISTIC FLOW RATE CURVES

200
XV-3M/90
180

XV-3M/74
160
XV-3M/70
litres/min

140 XV-3M/64
XV-3M/51
XV-3M/61
XV-3M/54 XV-3M/47
120
XV-3M/43
Flow Rate

100 XV-3M/38

XV-3M/32

80
XV-3M/27

60 XV-3M/21

XV-3M/18

40 XV-3M/15

20

0
0 1000 2000 3000

Speed rpm

XV-3M MOTOR TORQUE

350

300 XV-3M/90

XV-3M/74
250
XV-3M/70

XV-3M/64
XV-3M/61
200
XV-3M/54
XV-3M/51
Torque Nm

XV-3M/47
150 XV-3M/43
XV-3M/38

XV-3M/32
100
XV-3M/27

XV-3M/21
XV-3M/18
50 XV-3M/15

0
0 50 100 150 200 250
Outlet Pressure bar

17
 reversible motor - series XV XV-0M
STANDARD MOTOR
ø22 FLANGE - PARALLEL SHAFT

X 0 M 06 01 A B B E
Series X series XV
Group 0 group 0
Category M reversible motor
Displacement 06 0.76
Flange 01 Ø22 reversible rotation
Shaft A CI001 - Parallel ø7 - M7x1 - key thk. 2
IN B inlet - 1/4" GAS
Body
OUT B outlet - 1/4" GAS
Cover E reversible w/external drainage
XM001
80
Technical data table 54
TYPE Displacement Max. Pressure CODE

cm3/rev P1 bar P3 bar External drainage Internal drainage

50
XV-0M/0.45 0,45 220 280 X 0 M 04 01 A B B E X 0 M 04 01 A B B F
XV-0M/0.57 0,56 220 280 X 0 M 05 01 A B B E X 0 M 05 01 A B B F
XV-0M/0.76 0,75 220 280 X 0 M 06 01 A B B E X 0 M 06 01 A B B F
XV-0M/0.98 0,92 220 280 X 0 M 07 01 A B B E X 0 M 07 01 A B B F
XV-0M/1.27 1,26 220 280 X 0 M 09 01 A B B E X 0 M 09 01 A B B F 1/4" BSP T. 4

O 7 h6
XV-0M/1.52 1,48 220 280 X 0 M 11 01 A B B E X 0 M 11 01 A B B F
XV-0M/2.30 2,28 190 210 X 0 M 13 01 A B B E X 0 M 13 01 A B B F 4,3
P1) Max. working pressure - P3) Max. peak pressure
For heavy-duty applications, it is recommended to check the admissible torque of the shaft

2
-0.020
T .3 O 22 f7 -0.041

M 7 X1
T .2

8 8
4

21
Dimensions table

9,5
5
TYPE Weight A B C D E
F D O
G
D
E
FI
B

kg mm mm mm IN OUT INOUT
-IN
OUT
C

D
XV-0M/0.45 0,420 58,0 27,3 49,0 1/4" BSPP 1/4" BSPP
A

XV-0M/0.57 0,430 59,0 27,8 50,0 1/4" BSPP 1/4" BSPP

XV-0M/0.76 0,440 60,5 28,5 51,5 1/4" BSPP 1/4" BSPP
XV-0M/0.98 0,460 62,0 29,3 53,0 1/4" BSPP 1/4" BSPP
XV-0M/1.27 0,480 64,5 30,5 55,5 1/4" BSPP 1/4" BSPP 7,5 T .1
XV-0M/1.52 0,500 66,5 31,5 57,5 1/4" BSPP 1/4" BSPP
XV-0M/2.30 0,560 72,5 34,5 63,5 1/4" BSPP 1/4" BSPP
O 6,5
50

25,5 40,5
66

26/08/04 X0R0601ABBE.dft
T.1 = 11.7÷13.7 [Nm] - screw tightening torque M6 T.3 = 11.5 [Nm] - torque wrench setting 11
T.2 = 2.1 [Nm] - admissible shaft torque (N.B. When choosing a shaft, always check the admissible torque).

Vivoil Oleodinamica Vivolo s.r.l. - Sole Shareholder Company - via Leone Ginzburg 2-4 40054 Budrio (BO) Italy tel: +39 051 803689 fax: +39 051 800061
XM001 www.vivoil.com - english 02/07/2009

18
 Table of variations XV-0M
Standard ø22 FLANGE

Testo5: Standard ø22 FLANGE Shaft Testo5: Cover

CI001 - Parallel CF001 - Milled shank

T.2 = 2.1 [Nm] T.2 = 9.2 [Nm]

01 A B E

M 7 x1
-0.010
O 5 -0.022
2

4,3

1/4" BSP
D

O 7,16
O 7
5 8 8 4 5,5
External drainage
16 16 CF005 - Milled shank CO001 - Tapered

T.2 = 8.4 [Nm] T.2 = 21.9 [Nm]

04 F G 1:8
E F

O 7,92
M6 x 1
-0.010 2
4,5
7,5

-0.022

4,3
O 7,16
IN ø5 OUT ø5
5 8 8
4,5 9
Internal drainage
16 16
11,5 11,5

1/4" BSP
1/4" BSP
05 K

13
7,5

IN ø5 OUT ø5
Dø5 IN OUT
1/8" BSP
IN + OUT + external

11,5 11,5

1/4" BSP

1/4" BSP
L

IN OUT
IN + OUT + internal
Displacement Standard bodies
TYPE CODE Displacement cm3/rev Standard threads P
XV-0M/0.45 04 0.17 B-B Z-Z
XV-0M/0.57 05 0.25 B-B Z-Z
XV-0M/0.76 06 0.45 B-B Z-Z
XV-0M/0.98 07 0.57 B-B Z-Z Flange drainage
XV-0M/1.27 09 0.76 B-B Z-Z
XV-0M/1.52 11 0.98 B-B Z-Z
XV-0M/2.30 13 1.27 B-B Z-Z
1.52 B-B Z-Z
2.30 B-B Z-Z
Table showing standard flange and thread
combinations available in stock

Body (threads/flanges)
M14x1 M16x1
1/8 BSP 1/4 BSP 3/8 BSP M10x1 M12x1
A B C D E F G

M5x0.8 M5x0.8
O9

O9

Closed
H I Z
17

17

Body
17 24

Vivoil Oleodinamica Vivolo s.r.l. - Sole Shareholder Company - via Leone Ginzburg 2-4 40054 Budrio (BO) Italy tel: +39 051 803689 fax: +39 051 800061
XM001 www.vivoil.com - english 02/07/2009

19
 reversible motor - series XV XV-0M
BH TYPE MOTOR
ø22 BODY-SHAPED FLANGE - MILLED SHANK

X 0 M 06 07 B B B E
Series X series XV
Group 0 group 0
Category M reversible motor
Displacement 06 0.76
Flange 07 Ø22 BH reversible rotation
Shaft B CF001 - Milled shank ø7 - thk.5
IN B inlet - 1/4" GAS
Body
OUT B outlet - 1/4" GAS
Cover E reversible w/external drainage
XM012

1/4" BSP
Technical data table O 6,5
TYPE Displacement Max. Pressure CODE

cm3/rev P1 bar P3 bar External drainage Internal drainage

49,5
32,5
XV-0M/0.45 0,45 220 280 X 0 M 04 07 B B B E X 0 M 04 07 B B B F
XV-0M/0.57 0,56 220 280 X 0 M 05 07 B B B E X 0 M 05 07 B B B F
XV-0M/0.76 0,75 220 280 X 0 M 06 07 B B B E X 0 M 06 07 B B B F
XV-0M/0.98 0,92 220 280 X 0 M 07 07 B B B E X 0 M 07 07 B B B F 32,5
XV-0M/1.27 1,26 220 280 X 0 M 09 07 B B B E X 0 M 09 07 B B B F
54
XV-0M/1.52 1,48 220 280 X 0 M 11 07 B B B E X 0 M 11 07 B B B F T.4
XV-0M/2.30 2,28 190 210 X 0 M 13 07 B B B E X 0 M 13 07 B B B F
P1) Max. working pressure - P3) Max. peak pressure

-0,010
-0.022
For heavy-duty applications, it is recommended to check the admissible torque of the shaft O 7,16

5,2
5

-0.020
O 22 f7 -0.041
T .2
Dimensions table
9,5

TYPE Weight A B C D E
F D O
G
D
E
FI
4

kg mm mm mm IN OUT INOUT
-IN
OUT
B

XV-0M/0.45 0,420 58,0 27,3 49,0 1/4" BSPP 1/4" BSPP

A

XV-0M/0.57 0,430 59,0 27,8 50,0 1/4" BSPP 1/4" BSPP D

XV-0M/0.76 0,440 60,5 28,5 51,5 1/4" BSPP 1/4" BSPP
XV-0M/0.98 0,460 62,0 29,3 53,0 1/4" BSPP 1/4" BSPP
XV-0M/1.27 0,480 64,5 30,5 55,5 1/4" BSPP 1/4" BSPP
XV-0M/1.52 0,500 66,5 31,5 57,5 1/4" BSPP 1/4" BSPP
T .1 7,5
XV-0M/2.30 0,560 72,5 34,5 63,5 1/4" BSPP 1/4" BSPP
8,75 23,75
16,25

16,25

26/08/04 X0R0607BBBE.dft
T.1 = 11.7÷13.7 [Nm] - screw tightening torque M6
T.2 = 9.2 [Nm] - admissible shaft torque (N.B. When choosing a shaft, always check the admissible torque).

Vivoil Oleodinamica Vivolo s.r.l. - Sole Shareholder Company - via Leone Ginzburg 2-4 40054 Budrio (BO) Italy tel: +39 051 803689 fax: +39 051 800061
XM012 www.vivoil.com - english 02/07/2009

20
 Table of variations XV-0M
ø22 "BH" Body-Shaped FLANGE

Testo5:ø22 "BH" Body-Shaped FLANGE Shaft Testo5: Cover

CI001 - Parallel CF001 - Milled shank

T.2 = 2.1 [Nm] T.2 = 9.2 [Nm]

07 A B E

M 7 x1
-0.010
O 5 -0.022
2

4,3

1/4" BSP
D

O 7,16
O 7
5 8 8 4 5,5
External drainage
CF005 - Milled shank CO001 - Tapered
16 16
T.2 = 8.4 [Nm] T.2 = 21.9 [Nm]
10 F E F
7,5

G 1:8

O 7,92
M6 x 1
-0.010 2
4,5 -0.022

4,3
O 7,16
IN ø5 OUT ø5

5 8 8
4,5 9
Internal drainage
16 16 11,5 11,5

1/4" BSP
1/4" BSP
7,5

11 K

13
IN ø5 D ø 5 OUT ø5 IN OUT
1/8" BSP
IN + OUT + external

11,5 11,5

1/4" BSP

1/4" BSP
L

IN OUT
IN + OUT + internal
Displacement Standard bodies
TYPE CODE Displacement cm3/rev Standard threads P
XV-0M/0.45 04 0.17 B-B Z-Z
XV-0M/0.57 05 0.25 B-B Z-Z
XV-0M/0.76 06 0.45 B-B Z-Z
XV-0M/0.98 07 0.57 B-B Z-Z Flange drainage
XV-0M/1.27 09 0.76 B-B Z-Z
XV-0M/1.52 11 0.98 B-B Z-Z
XV-0M/2.30 13 1.27 B-B Z-Z
1.52 B-B Z-Z
2.30 B-B Z-Z
Table showing standard flange and thread
combinations available in stock

Body (threads/flanges)
M14x1 M16x1
1/8 BSP 1/4 BSP 3/8 BSP M10x1 M12x1
A B C D E F G

M5x0.8 M5x0.8
O9

O9

Closed
H I Z
17

17

Body
17 24

Vivoil Oleodinamica Vivolo s.r.l. - Sole Shareholder Company - via Leone Ginzburg 2-4 40054 Budrio (BO) Italy tel: +39 051 803689 fax: +39 051 800061
XM012 www.vivoil.com - english 02/07/2009

21
 reversible motor - series XV XV-0M
HY TYPE MOTOR
ø22 BODY-SHAPED FLANGE - MILLED SHANK

X 0 M 06 21 B B B E
Series X series XV
Group 0 group 0
Category M reversible motor
Displacement 06 0.76
Flange 21 Ø22 HY reversible rotation
Shaft B CF001 - Milled shank ø7 - thk.5
IN B inlet - 1/4" GAS
Body
OUT B outlet - 1/4" GAS
Cover E reversible w/external drainage
XM017
54
Technical data table 32,5
TYPE Displacement Max. Pressure CODE 30 - b

cm3/rev P1 bar P3 bar External drainage Internal drainage

32 - a

O 6,5
32,5
XV-0M/0.45 0,45 220 280 X 0 M 04 21 B B B E X 0 M 04 21 B B B F

50
XV-0M/0.57 0,56 220 280 X 0 M 05 21 B B B E X 0 M 05 21 B B B F
XV-0M/0.76 0,75 220 280 X 0 M 06 21 B B B E X 0 M 06 21 B B B F
XV-0M/0.98 0,92 220 280 X 0 M 07 21 B B B E X 0 M 07 21 B B B F
XV-0M/1.27 1,26 220 280 X 0 M 09 21 B B B E X 0 M 09 21 B B B F 1/4" BSP
XV-0M/1.52 1,48 220 280 X 0 M 11 21 B B B E X 0 M 11 21 B B B F T.4

-0,010
-0.022

5,2
XV-0M/2.30 2,28 190 210 X 0 M 13 21 B B B E X 0 M 13 21 B B B F O 7,16

5
P1) Max. working pressure - P3) Max. peak pressure
For heavy-duty applications, it is recommended to check the admissible torque of the shaft

-0.020
O 22 f7 -0.041

T.2
9,5
4
B

Dimensions table
TYPE Weight A B C D E
F D O
G
D
E
FI
C

D
A

kg mm mm mm IN OUT INOUT
-IN
OUT
XV-0M/0.45 0,420 58,0 27,3 49,0 1/4" BSPP 1/4" BSPP
XV-0M/0.57 0,430 59,0 27,8 50,0 1/4" BSPP 1/4" BSPP
XV-0M/0.76 0,440 60,5 28,5 51,5 1/4" BSPP 1/4" BSPP 7,5 T.1
XV-0M/0.98 0,460 62,0 29,3 53,0 1/4" BSPP 1/4" BSPP
XV-0M/1.27 0,480 64,5 30,5 55,5 1/4" BSPP 1/4" BSPP
XV-0M/1.52 0,500 66,5 31,5 57,5 1/4" BSPP 1/4" BSPP 8,75 23,75
XV-0M/2.30 0,560 72,5 34,5 63,5 1/4" BSPP 1/4" BSPP 7,68 - c

26/08/04 X0R0621BBBE.dft
T.1 = 11.7÷13.7 [Nm] - screw tightening torque M6
T.2 = 9.2 [Nm] - admissible shaft torque (N.B. When choosing a shaft, always check the admissible torque).
NOTE: This type of pump is also interchangeable with distance between centres of fastening in M5 (see dim. a, b, c).

Vivoil Oleodinamica Vivolo s.r.l. - Sole Shareholder Company - via Leone Ginzburg 2-4 40054 Budrio (BO) Italy tel: +39 051 803689 fax: +39 051 800061
XM017 www.vivoil.com - english 02/07/2009

22
 Table of variations XV-0M
ø22 "HY" Body-Shaped FLANGE

Testo5:ø22 "HY" Body-Shaped FLANGE Shaft Testo5: Cover

CI001 - Parallel CF001 - Milled shank

T.2 = 2.1 [Nm] T.2 = 9.2 [Nm]

21 A B E

M 7 x1
-0.010
O 5 -0.022
2

4,3

1/4" BSP
D

O 7,16
O 7
5 8 8 4 5,5
External drainage
CF005 - Milled shank CO001 - Tapered
16 16

T.2 = 8.4 [Nm] T.2 = 21.9 [Nm]

24 F G 1:8
E F

O 7,92
M6 x 1
-0.010 2
4,5 -0.022

4,3
7,5

OUT ø5

O 7,16
IN ø5

5 8 8
4,5 9
Internal drainage
16 16 11,5 11,5

1/4" BSP
1/4" BSP
25 K

13
7,5

IN ø5 D ø 5 OUT ø5 IN OUT
1/8" BSP
IN + OUT + external

11,5 11,5

1/4" BSP

1/4" BSP
L

IN OUT
IN + OUT + internal
Displacement Standard bodies
TYPE CODE Displacement cm3/rev Standard threads P
XV-0M/0.45 04 0.17 B-B Z-Z
XV-0M/0.57 05 0.25 B-B Z-Z
XV-0M/0.76 06 0.45 B-B Z-Z
XV-0M/0.98 07 0.57 B-B Z-Z Flange drainage
XV-0M/1.27 09 0.76 B-B Z-Z
XV-0M/1.52 11 0.98 B-B Z-Z
XV-0M/2.30 13 1.27 B-B Z-Z
1.52 B-B Z-Z
2.30 B-B Z-Z
Table showing standard flange and thread
combinations available in stock

Body (threads/flanges)
M14x1 M16x1
1/8 BSP 1/4 BSP 3/8 BSP M10x1 M12x1
A B C D E F G

M5x0.8 M5x0.8
O9

O9

Closed
H I Z
17

17

Body
17 24

Vivoil Oleodinamica Vivolo s.r.l. - Sole Shareholder Company - via Leone Ginzburg 2-4 40054 Budrio (BO) Italy tel: +39 051 803689 fax: +39 051 800061
XM017 www.vivoil.com - english 02/07/2009

23
 reversible motor - series XV XV-1M
STANDARD EUROPEAN MOTOR
ø25.4 FLANGE - TAPER SHAFT

X 1 M 25 01 F I I E
Series X series XV
Group 1 group 1
Category M reversible motor
Displacement 25 3.8
Flange 01 Ø25.4 STANDARD EUROPEAN reversible rotation
Shaft F CO001 - Tapered 1:8 - ø10 - M7x1 - key thk.2.4
IN I inlet - Ø30 Ø12 M6
Body
OUT I outlet - Ø30 Ø12 M6
Cover E with drainage 1/4" BSP
XM101
86,7
Technical data table 72
TYPE Displacement Max. Pressure CODE

cm3/rev P1 bar P3 bar External drainage Internal drainage

68

66
XV-1M/0.9 0,91 240 280 X 1 M 16 01 F I I E X 1 M 16 01 F I I F
XV-1M/1.2 1,17 250 290 X 1 M 17 01 F I I E X 1 M 17 01 F I I F
XV-1M/1.7 1,56 250 290 X 1 M 18 01 F I I E X 1 M 18 01 F I I F
XV-1M/2.2 2,08 250 290 X 1 M 20 01 F I I E X 1 M 20 01 F I I F
1/4" BSP
XV-1M/2.6 2,60 250 300 X 1 M 21 01 F I I E X 1 M 21 01 F I I F T.4
XV-1M/3.2 3,12 250 300 X 1 M 23 01 F I I E X 1 M 23 01 F I I F 5,5
XV-1M/3.8 3,64 250 300 X 1 M 25 01 F I I E X 1 M 25 01 F I I F
O 10

2,4
XV-1M/4.3 4,16 250 300 X 1 M 27 01 F I I E X 1 M 27 01 F I I F
M 7 x1
XV-1M/4.9 4,94 250 300 X 1 M 29 01 F I I E X 1 M 29 01 F I I F
XV-1M/5.9 5,85 250 300 X 1 M 31 01 F I I E X 1 M 31 01 F I I F
XV-1M/6.5 6,50 250 300 X 1 M 32 01 F I I E X 1 M 32 01 F I I F
XV-1M/7.8 7,54 220 260 X 1 M 34 01 F I I E X 1 M 34 01 F I I F O 25,4 f 7
-0,020
T.3 -0,041
XV-1M/9.8 9,88 190 230 X 1 M 36 01 F I I E X 1 M 36 01 F I I F
G 1:8

9,5
P1) Max. working pressure - P3) Max. peak pressure
For heavy-duty applications, it is recommended to check the admissible torque of the shaft T.2

14,4
4,2

29
Dimensions table
TYPE Weight A B C D E F D E F O
G
D
E
FI

5,1
13

kg mm mm mm IN OUT INOUT
-IN
OUT
B

XV-1M/0.9 0,950 78,1 37,3 66,1 ø12 30 M6x1 ø12 30 M6x1

C

D
XV-1M/1.2 0,970 79,0 37,8 67,0 ø12 30 M6x1 ø12 30 M6x1 E
A

XV-1M/1.7 1,010 80,5 38,5 68,5 ø12 30 M6x1 ø12 30 M6x1

XV-1M/2.2 1,030 82,5 39,5 70,5 ø12 30 M6x1 ø12 30 M6x1
F

XV-1M/2.6 1,060 84,5 40,5 72,5 ø12 30 M6x1 ø12 30 M6x1

XV-1M/3.2 1,090 86,5 41,5 74,5 ø12 30 M6x1 ø12 30 M6x1
XV-1M/3.8 1,120 88,5 42,5 76,5 ø12 30 M6x1 ø12 30 M6x1 10,8 T.1
XV-1M/4.3 1,170 90,5 43,5 78,5 ø12 30 M6x1 ø12 30 M6x1
71,9
XV-1M/4.9 1,200 93,5 45,0 81,5 ø12 30 M6x1 ø12 30 M6x1
6,35 26,2 45,7 8,45
XV-1M/5.9 1,260 97,0 46,8 85,0 ø12 30 M6x1 ø12 30 M6x1
XV-1M/6.5 1,300 98,5 48,0 86,5 ø12 30 M6x1 ø12 30 M6x1
26,2

XV-1M/7.8 1,360 103,5 50,0 91,5 ø12 30 M6x1 ø12 30 M6x1

XV-1M/9.8 1,500 112,5 54,5 100,5 ø12 30 M6x1 ø12 30 M6x1
52,4

O 7,15
26,2

26/08/04 X1R2501FIIE.dft

T.1 = 24.5÷29.4 [Nm] - screw tightening torque M8 T.3 = 11.5 [Nm] - torque wrench setting 11
T.2 = 43 [Nm] - admissible shaft torque (N.B. When choosing a shaft, always check the admissible torque).
T.4 = 0.3÷0,5 bar - max. drainage pressure

Vivoil Oleodinamica Vivolo s.r.l. - Sole Shareholder Company - via Leone Ginzburg 2-4 40054 Budrio (BO) Italy tel: +39 051 803689 fax: +39 051 800061
XM101 www.vivoil.com - english 02/07/2009

24
 Table of variations XV-1M
ø25.4 FLANGE

Testo5: ø25.4 FLANGE Shaft Testo5: Cover

CO001 - Tapered CF002 - Milled shank

T.2 = 43 [Nm] T.2 = 13.8 [Nm]

01 G 1:8
F D E

M7x1

O 12
O 10

O 10
2,4 -0,020
5 -0,050

1/4" BSP
D

5,5
5,1 9,5
4,5 6,5
14,4 External drainage
23 23 SCF04 - Splined SCF02 - Splined

T.2 = 22.6 [Nm]

14,4 T.2 = 42.8 [Nm]
04 J L F

O11,7 h11
m=1,6 Z=6

O11,9 h11
m=0,75 Z=15
DIN 5482 - 12x9
10,8

IN O 9,25 OUT O 9,25

4,5 17,5 4,5 17,5
Internal drainage
SCF01 - Splined SCF03 - Splined

3/8" BSP

3/8" BSP
T.2 = 42.8 [Nm] T.2 = 42.8 [Nm]
O11,9 h11
Q R 13,5 13,5 K

O11,9 h11
m=0,75 Z=15 m=0,75 Z=15

IN OUT
D 1/4" BSP
7,5 1,5 9 2,5
IN + OUT + external

3/8 BSP
3/8 BSP
13,5 13,5
L

OUT IN
IN + OUT + internal
Displacement Standard bodies
TYPE CODE Displacement cm3/rev Standard threads
XV-1M/0.9 16 0.9 I-I B -B J-J Z-Z
XV-1M/1.2 17 1.2 I-I B -B J-J Z-Z
XV-1M/1.7 18 1.7 I-I B -B J-J Z-Z
XV-1M/2.2 20 2.2 I-I B -B J-J Z-Z
XV-1M/2.6 21 2.6 I-I B -B J-J Z-Z
XV-1M/3.2 23 3.2 I-I B -B J-J Z-Z
XV-1M/3.8 25 3.8 I-I B -B J-J Z-Z
XV-1M/4.3 27 4.3 I-I B -B J-J Z-Z
XV-1M/4.9 29 4.9 I-I B -B J-J Z-Z
XV-1M/5.9 31 5.9 I-I B -B J-J Z-Z
XV-1M/6.5 32 6.5 I-I B -B J-J Z-Z
XV-1M/7.8 34 7.8 I-I B -B J-J Z-Z
XV-1M/9.8 36 9.8 I-I B -B J-J Z-Z
Table showing standard flange and thread
combinations available in stock

Body (threads/flanges)
9/16 3/4
1/4 BSP 3/8 BSP 1/2 BSP M14x1.5 M18x1,5 18 UNF-2B 16 UNF-2B
A B C D E F G

M5x0.8 M6x1 M6x1

O 12
O 12

O12

Closed
4 5 °

H I J Z
Body
O26 O30
O30

Vivoil Oleodinamica Vivolo s.r.l. - Sole Shareholder Company - via Leone Ginzburg 2-4 40054 Budrio (BO) Italy tel: +39 051 803689 fax: +39 051 800061
XM101 www.vivoil.com - english 02/07/2009

25
 reversible motor - series XV XV-1M
STANDARD EUROPEAN MOTOR
ø25.4 FLANGE - TAPER SHAFT

X 1 M 25 01 F B B E
Series X series XV
Group 1 group 1
Category M reversible motor
Displacement 25 3.8
Flange 01 Ø25.4 STANDARD EUROPEAN reversible rotation
Shaft F CO001 - Tapered 1:8 - ø10 - M7x1 - key thk.2.4
IN B inlet - 3/8" GAS
Body
OUT B outlet - 3/8" GAS
Cover E with drainage 1/4" BSP
XM105

86,7
Technical data table 72
TYPE Displacement Max. Pressure CODE

cm3/rev P1 bar P3 bar External drainage Internal drainage

68

66
XV-1M/0.9 0,91 240 280 X 1 M 16 01 F B B E X 1 M 16 01 F B B F
XV-1M/1.2 1,17 250 290 X 1 M 17 01 F B B E X 1 M 17 01 F B B F
XV-1M/1.7 1,56 250 290 X 1 M 18 01 F B B E X 1 M 18 01 F B B F
XV-1M/2.2 2,08 250 290 X 1 M 20 01 F B B E X 1 M 20 01 F B B F
1/4" BSP
XV-1M/2.6 2,60 250 300 X 1 M 21 01 F B B E X 1 M 21 01 F B B F T.4
XV-1M/3.2 3,12 250 300 X 1 M 23 01 F B B E X 1 M 23 01 F B B F 5,5
XV-1M/3.8 3,64 250 300 X 1 M 25 01 F B B E X 1 M 25 01 F B B F
O 10
4,16 250 300 X 1 M 27 01 F B B E X 1 M 27 01 F B B F

2,4
XV-1M/4.3
M 7 x1
XV-1M/4.9 4,94 250 300 X 1 M 29 01 F B B E X 1 M 29 01 F B B F
XV-1M/5.9 5,85 250 300 X 1 M 31 01 F B B E X 1 M 31 01 F B B F
XV-1M/6.5 6,50 250 300 X 1 M 32 01 F B B E X 1 M 32 01 F B B F
XV-1M/7.8 7,54 220 260 X 1 M 34 01 F B B E X 1 M 34 01 F B B F -0,020
T.3 O 25,4 f 7 -0,041
XV-1M/9.8 9,88 190 230 X 1 M 36 01 F B B E X 1 M 36 01 F B B F
G 1:8

9,5
P1) Max. working pressure - P3) Max. peak pressure
For heavy-duty applications, it is recommended to check the admissible torque of the shaft T.2

14,4
4,2

29
Dimensions table
TYPE Weight A B C D E
F D O
G
D
E
FI

5,1
kg mm mm mm IN OUT INOUT
-IN
OUT
13
B

XV-1M/0.9 0,950 78,1 37,3 66,1 3/8" BSPP 3/8" BSPP

C

D
XV-1M/1.2 0,970 79,0 37,8 67,0 3/8" BSPP 3/8" BSPP
A

XV-1M/1.7 1,010 80,5 38,5 68,5 3/8" BSPP 3/8" BSPP

XV-1M/2.2 1,030 82,5 39,5 70,5 3/8" BSPP 3/8" BSPP
XV-1M/2.6 1,060 84,5 40,5 72,5 3/8" BSPP 3/8" BSPP
XV-1M/3.2 1,090 86,5 41,5 74,5 3/8" BSPP 3/8" BSPP
XV-1M/3.8 1,120 88,5 42,5 76,5 3/8" BSPP 3/8" BSPP 10,8 T.1
XV-1M/4.3 1,170 90,5 43,5 78,5 3/8" BSPP 3/8" BSPP
71,9
XV-1M/4.9 1,200 93,5 45,0 81,5 3/8" BSPP 3/8" BSPP
6,35 26,2 45,7 8,45
XV-1M/5.9 1,260 97,0 46,8 85,0 3/8" BSPP 3/8" BSPP
XV-1M/6.5 1,300 98,5 48,0 86,5 3/8" BSPP 3/8" BSPP
26,2

XV-1M/7.8 1,360 103,5 50,0 91,5 3/8" BSPP 3/8" BSPP

XV-1M/9.8 1,500 112,5 54,5 100,5 3/8" BSPP 3/8" BSPP
52,4

O 7,15
26,2

22/06/06 X1R2501FBBE.dft

T.1 = 24.5÷29.4 [Nm] - screw tightening torque M8 T.3 = 11.5 [Nm] - torque wrench setting 11
T.2 = 43 [Nm] - admissible shaft torque (N.B. When choosing a shaft, always check the admissible torque).
T.4 = 0.3÷0,5 bar - max. drainage pressure

Vivoil Oleodinamica Vivolo s.r.l. - Sole Shareholder Company - via Leone Ginzburg 2-4 40054 Budrio (BO) Italy tel: +39 051 803689 fax: +39 051 800061
XM105 www.vivoil.com - english 02/07/2009

26
 Table of variations XV-1M
ø25.4 FLANGE

Testo5: ø25.4 FLANGE Shaft Testo5: Cover

CO001 - Tapered CF002 - Milled shank

T.2 = 43 [Nm] T.2 = 13.8 [Nm]

01 G 1:8
F D E

M7x1

O 12
O 10

O 10
2,4 -0,020
5 -0,050

1/4" BSP
D

5,5
5,1 9,5
4,5 6,5
14,4 External drainage
23 23 SCF04 - Splined SCF02 - Splined

T.2 = 22.6 [Nm]

14,4 T.2 = 42.8 [Nm]
04 J L F

O11,7 h11
m=1,6 Z=6

O11,9 h11
m=0,75 Z=15
DIN 5482 - 12x9
10,8

IN O 9,25 OUT O 9,25

4,5 17,5 4,5 17,5
Internal drainage
SCF01 - Splined SCF03 - Splined

3/8" BSP

3/8" BSP
T.2 = 42.8 [Nm] T.2 = 42.8 [Nm]
O11,9 h11
Q R 13,5 13,5 K

O11,9 h11
m=0,75 Z=15 m=0,75 Z=15

IN OUT
D 1/4" BSP
7,5 1,5 9 2,5
IN + OUT + external

3/8 BSP
3/8 BSP
13,5 13,5
L

OUT IN
IN + OUT + internal
Displacement Standard bodies
TYPE CODE Displacement cm3/rev Standard threads
XV-1M/0.9 16 0.9 I-I B -B J-J Z-Z
XV-1M/1.2 17 1.2 I-I B -B J-J Z-Z
XV-1M/1.7 18 1.7 I-I B -B J-J Z-Z
XV-1M/2.2 20 2.2 I-I B -B J-J Z-Z
XV-1M/2.6 21 2.6 I-I B -B J-J Z-Z
XV-1M/3.2 23 3.2 I-I B -B J-J Z-Z
XV-1M/3.8 25 3.8 I-I B -B J-J Z-Z
XV-1M/4.3 27 4.3 I-I B -B J-J Z-Z
XV-1M/4.9 29 4.9 I-I B -B J-J Z-Z
XV-1M/5.9 31 5.9 I-I B -B J-J Z-Z
XV-1M/6.5 32 6.5 I-I B -B J-J Z-Z
XV-1M/7.8 34 7.8 I-I B -B J-J Z-Z
XV-1M/9.8 36 9.8 I-I B -B J-J Z-Z
Table showing standard flange and thread
combinations available in stock

Body (threads/flanges)
9/16 3/4
1/4 BSP 3/8 BSP 1/2 BSP M14x1.5 M18x1,5 18 UNF-2B 16 UNF-2B
A B C D E F G

M5x0.8 M6x1 M6x1

O 12
O 12

O12

Closed
4 5 °

H I J Z
Body
O26 O30
O30

Vivoil Oleodinamica Vivolo s.r.l. - Sole Shareholder Company - via Leone Ginzburg 2-4 40054 Budrio (BO) Italy tel: +39 051 803689 fax: +39 051 800061
XM101 www.vivoil.com - english 02/07/2009

27
 reversible motor - series XV XV-1M
STANDARD MOTOR
ø30 FLANGE - TAPER SHAFT

X 1 M 25 07 G I I E
Series X series XV
Group 1 group 1
Category M reversible motor
Displacement 25 3.8
Flange 07 Ø30 STANDARD reversible rotation
Shaft G CO002 - Tapered 1:8 - ø14 - M10x1 - key thk.3
IN I inlet - Ø30 Ø12 M6
Body
OUT I outlet - Ø30 Ø12 M6
Cover E with drainage 1/4" BSP
XM113

86,7
Technical data table 72
TYPE Displacement Max. Pressure CODE

cm3/rev P1 bar P3 bar External drainage Internal drainage

68

66
XV-1M/0.9 0,91 240 280 X 1 M 16 07 G I I E X 1 M 16 07 G I I F
XV-1M/1.2 1,17 250 290 X 1 M 17 07 G I I E X 1 M 17 07 G I I F
XV-1M/1.7 1,56 250 290 X 1 M 18 07 G I I E X 1 M 18 07 G I I F
XV-1M/2.2 2,08 250 290 X 1 M 20 07 G I I E X 1 M 20 07 G I I F
1/4" BSP
XV-1M/2.6 2,60 250 300 X 1 M 21 07 G I I E X 1 M 21 07 G I I F T.4
XV-1M/3.2 3,12 250 300 X 1 M 23 07 G I I E X 1 M 23 07 G I I F 8,4
XV-1M/3.8 3,64 250 300 X 1 M 25 07 G I I E X 1 M 25 07 G I I F
XV-1M/4.3 4,16 250 300 X 1 M 27 07 G I I E X 1 M 27 07 G I I F O 14

3
XV-1M/4.9 4,94 250 300 X 1 M 29 07 G I I E X 1 M 29 07 G I I F M 10 x 1
XV-1M/5.9 5,85 250 300 X 1 M 31 07 G I I E X 1 M 31 07 G I I F
XV-1M/6.5 6,50 250 300 X 1 M 32 07 G I I E X 1 M 32 07 G I I F
XV-1M/7.8 7,54 220 260 X 1 M 34 07 G I I E X 1 M 34 07 G I I F T.3 -0,020
O 30 f 7 -0,041
XV-1M/9.8 9,88 190 230 X 1 M 36 07 G I I E X 1 M 36 07 G I I F
G 1:8
P1) Max. working pressure - P3) Max. peak pressure

15 12
For heavy-duty applications, it is recommended to check the admissible torque of the shaft T.2

35,5
7,5

Dimensions table
TYPE Weight A B C D E F D E F O
G
D
E
FI

8,5
kg mm mm mm IN OUT INOUT
-IN
OUT
13
B

XV-1M/0.9 0,950 78,1 37,3 66,1 ø12 30 M6x1 ø12 30 M6x1

C

XV-1M/1.2 0,970 79,0 37,8 67,0 ø12 30 M6x1 ø12 30 M6x1

D
E
A

XV-1M/1.7 1,010 80,5 38,5 68,5 ø12 30 M6x1 ø12 30 M6x1

XV-1M/2.2 1,030 82,5 39,5 70,5 ø12 30 M6x1 ø12 30 M6x1
F

XV-1M/2.6 1,060 84,5 40,5 72,5 ø12 30 M6x1 ø12 30 M6x1

XV-1M/3.2 1,090 86,5 41,5 74,5 ø12 30 M6x1 ø12 30 M6x1
XV-1M/3.8 1,120 88,5 42,5 76,5 ø12 30 M6x1 ø12 30 M6x1 10,8
T.1
XV-1M/4.3 1,170 90,5 43,5 78,5 ø12 30 M6x1 ø12 30 M6x1 73
XV-1M/4.9 1,200 93,5 45,0 81,5 ø12 30 M6x1 ø12 30 M6x1 8,05 24,5 48,5 5,65
XV-1M/5.9 1,260 97,0 46,8 85,0 ø12 30 M6x1 ø12 30 M6x1
XV-1M/6.5 1,300 98,5 48,0 86,5 ø12 30 M6x1 ø12 30 M6x1
28

XV-1M/7.8 1,360 103,5 50,0 91,5 ø12 30 M6x1 ø12 30 M6x1

1,500 112,5 54,5 100,5 ø12 30 M6x1 ø12 30 M6x1
O 6,5

XV-1M/9.8
56
28

26/08/04 X1R2507GIIE.dft

T.1 = 24.5÷29.4 [Nm] - screw tightening torque M8 T.3 = 13 [Nm] - torque wrench setting 17
T.2 = 119.8 [Nm] - admissible shaft torque (N.B. When choosing a shaft, always check the admissible torque).
T.4 = 0.3÷0,5 bar - max. drainage pressure

Vivoil Oleodinamica Vivolo s.r.l. - Sole Shareholder Company - via Leone Ginzburg 2-4 40054 Budrio (BO) Italy tel: +39 051 803689 fax: +39 051 800061
XM113 www.vivoil.com - english 02/07/2009

28
 Table of variations XV-1M
ø30 FLANGE

Testo5: ø30 FLANGE Shaft Testo5: Cover

CI001 - Parallel CO002 - Tapered

T.2 = 25.8 [Nm] T.2 = 119.8 [Nm]

07 A G E

O12 h7
M10x1

M10x1
3 G 1:8 3

7,2

O14

8,4

1/4" BSP
D
8,5 11,5 8,5 11,5
11,6 15,5 External drainage
23 23 CI001+HK - Parallel CO002+HK - Tapered

T.2 = 25.8 [Nm] T.2 = 119.8 [Nm]

10 P HK 14-12
O F

O12 h7
HK 14-12

M10x1

M10x1

8,4
G 1:8

O14
10,8

7,2
3

IN O 9,25 OUT O 9,25

8,5 11,5 8,5 11,5
11,6 15,5 Internal drainage

3/8" BSP

3/8" BSP
13,5 13,5 K

IN OUT
D 1/4" BSP
IN + OUT + external

3/8 BSP
3/8 BSP
13,5 13,5
L

OUT IN
IN + OUT + internal
Displacement Standard bodies
TYPE CODE Displacement cm3/rev Standard threads
XV-1M/0.9 16 0.9 I-I B -B J-J Z-Z
XV-1M/1.2 17 1.2 I-I B -B J-J Z-Z
XV-1M/1.7 18 1.7 I-I B -B J-J Z-Z
XV-1M/2.2 20 2.2 I-I B -B J-J Z-Z
XV-1M/2.6 21 2.6 I-I B -B J-J Z-Z
XV-1M/3.2 23 3.2 I-I B -B J-J Z-Z
XV-1M/3.8 25 3.8 I-I B -B J-J Z-Z
XV-1M/4.3 27 4.3 I-I B -B J-J Z-Z
XV-1M/4.9 29 4.9 I-I B -B J-J Z-Z
XV-1M/5.9 31 5.9 I-I B -B J-J Z-Z
XV-1M/6.5 32 6.5 I-I B -B J-J Z-Z
XV-1M/7.8 34 7.8 I-I B -B J-J Z-Z
XV-1M/9.8 36 9.8 I-I B -B J-J Z-Z
Table showing standard flange and thread
combinations available in stock

Body (threads/flanges)
9/16 3/4
1/4 BSP 3/8 BSP 1/2 BSP M14x1.5 M18x1,5 18 UNF-2B 16 UNF-2B
A B C D E F G

M5x0.8 M6x1 M6x1

O 12
O 12

O12

Closed
4 5 °

H I J Z
Body
O26 O30
O30

Vivoil Oleodinamica Vivolo s.r.l. - Sole Shareholder Company - via Leone Ginzburg 2-4 40054 Budrio (BO) Italy tel: +39 051 803689 fax: +39 051 800061
XM113 www.vivoil.com - english 02/07/2009

29
 reversible motor - series XV XV-1M
BH TYPE MOTOR
ø32 BODY-SHAPED FLANGE - MILLED SHANK

X 1 M 25 25 D B B E
Series X series XV
Group 1 group 1
Category M reversible motor
Displacement 25 3.8
Flange 25 Ø32 BH reversible rotation
Shaft D CF002 - Milled shank ø10 - thk.5
IN B inlet - 3/8" GAS
Body
OUT B outlet - 3/8" GAS
Cover E with drainage 1/4" BSP
XM119

72
Technical data table 40
TYPE Displacement Max. Pressure CODE

cm3/rev P1 bar P3 bar External drainage Internal drainage

40
66
XV-1M/0.9 0,91 240 280 X 1 M 16 25 D B B E X 1 M 16 25 D B B F
XV-1M/1.2 1,17 250 290 X 1 M 17 25 D B B E X 1 M 17 25 D B B F
XV-1M/1.7 1,56 250 290 X 1 M 18 25 D B B E X 1 M 18 25 D B B F
XV-1M/2.2 2,08 250 290 X 1 M 20 25 D B B E X 1 M 20 25 D B B F 1/4" BSP
T.4
XV-1M/2.6 2,60 250 300 X 1 M 21 25 D B B E X 1 M 21 25 D B B F

-0,020
-0,050
XV-1M/3.2 3,12 250 300 X 1 M 23 25 D B B E X 1 M 23 25 D B B F

5
XV-1M/3.8 3,64 250 300 X 1 M 25 25 D B B E X 1 M 25 25 D B B F
XV-1M/4.3 4,16 250 300 X 1 M 27 25 D B B E X 1 M 27 25 D B B F O 24

6,5
XV-1M/4.9 4,94 250 300 X 1 M 29 25 D B B E X 1 M 29 25 D B B F O 10 OR 28,30 x 1,78
XV-1M/5.9 5,85 250 300 X 1 M 31 25 D B B E X 1 M 31 25 D B B F
XV-1M/6.5 6,50 250 300 X 1 M 32 25 D B B E X 1 M 32 25 D B B F

3,6
5,5
XV-1M/7.8 7,54 220 260 X 1 M 34 25 D B B E X 1 M 34 25 D B B F -0,025
T.2 O 32 f 7 -0,050
XV-1M/9.8 9,88 190 230 X 1 M 36 25 D B B E X 1 M 36 25 D B B F
7

P1) Max. working pressure - P3) Max. peak pressure

For heavy-duty applications, it is recommended to check the admissible torque of the shaft

12
Dimensions table
B

TYPE Weight A B C D E
F D O
G
D
E
FI
C

D
A

kg mm mm mm IN OUT INOUT
-IN
OUT
XV-1M/0.9 0,950 77,1 36,3 65,1 3/8" BSPP 3/8" BSPP
XV-1M/1.2 0,970 78,0 36,8 66,0 3/8" BSPP 3/8" BSPP
XV-1M/1.7 1,010 79,5 37,5 67,5 3/8" BSPP 3/8" BSPP
XV-1M/2.2 1,030 81,5 38,5 69,5 3/8" BSPP 3/8" BSPP
10,8
XV-1M/2.6 1,060 83,5 39,5 71,5 3/8" BSPP 3/8" BSPP T.1
XV-1M/3.2 1,090 85,5 40,5 73,5 3/8" BSPP 3/8" BSPP
XV-1M/3.8 1,120 87,5 41,5 75,5 3/8" BSPP 3/8" BSPP
XV-1M/4.3 1,170 89,5 42,5 77,5 3/8" BSPP 3/8" BSPP 10,35
XV-1M/4.9 1,200 92,5 44,0 80,5 3/8" BSPP 3/8" BSPP
XV-1M/5.9 1,260 96,0 45,8 84,0 3/8" BSPP 3/8" BSPP
20

XV-1M/6.5 1,300 97,5 47,0 85,5 3/8" BSPP 3/8" BSPP

O 8,5

XV-1M/7.8 1,360 102,5 49,0 90,5 3/8" BSPP 3/8" BSPP

20

XV-1M/9.8 1,500 111,5 53,5 99,5 3/8" BSPP 3/8" BSPP

29,65

26/08/04 X1R2525DBBE.dft

T.1 = 24.5÷29.4 [Nm] - screw tightening torque M8

T.2 = 13.8 [Nm] - admissible shaft torque (N.B. When choosing a shaft, always check the admissible torque).
T.4 = 0.3÷0,5 bar - max. drainage pressure

Vivoil Oleodinamica Vivolo s.r.l. - Sole Shareholder Company - via Leone Ginzburg 2-4 40054 Budrio (BO) Italy tel: +39 051 803689 fax: +39 051 800061
XM119 www.vivoil.com - english 02/07/2009

30
 Table of variations XV-1M
ø32 "BH" Body-Shaped FLANGE

Testo5:ø32 "BH" Body-Shaped FLANGE Shaft Testo5: Cover

CF002 - Milled shank CO001 - Tapered

T.2 = 13.8 [Nm] T.2 = 43 [Nm]

25 D F E

O 12
G 1:8

O 10

M7x1
O 10
-0,020
5 -0,050 2,4

1/4" BSP
D

5,5
6,1 9,5
5,5 6,5
14,4 External drainage
23 23 SCF02 - Splined SCF04 - Splined

T.2 = 42.8 [Nm] T.2 = 22.6 [Nm]

28 L J F

O11,9 h11
m=0,75 Z=15

O11,7 h11
m=1,6 Z=6
DIN 5482 - 12x9
9,52

IN O 9,25 OUT O 9,25

5,5 17,5 5,5 17,5
Internal drainage
SCF01 - Splined SCF03 - Splined

3/8" BSP

3/8" BSP
T.2 = 42.8 [Nm] T.2 = 42.8 [Nm]
O11,9 h11
Q R 13,5 13,5 K

O11,9 h11
m=0,75 Z=15 m=0,75 Z=15

IN OUT
D 1/4" BSP
6,5 2,5 9 1,5 IN + OUT + external

3/8 BSP
3/8 BSP
13,5 13,5
L

OUT IN
IN + OUT + internal
Displacement Standard bodies
TYPE CODE Displacement cm3/rev Standard threads
XV-1M/0.9 16 0.9 I-I B -B J-J Z-Z
XV-1M/1.2 17 1.2 I-I B -B J-J Z-Z
XV-1M/1.7 18 1.7 I-I B -B J-J Z-Z
XV-1M/2.2 20 2.2 I-I B -B J-J Z-Z
XV-1M/2.6 21 2.6 I-I B -B J-J Z-Z
XV-1M/3.2 23 3.2 I-I B -B J-J Z-Z
XV-1M/3.8 25 3.8 I-I B -B J-J Z-Z
XV-1M/4.3 27 4.3 I-I B -B J-J Z-Z
XV-1M/4.9 29 4.9 I-I B -B J-J Z-Z
XV-1M/5.9 31 5.9 I-I B -B J-J Z-Z
XV-1M/6.5 32 6.5 I-I B -B J-J Z-Z
XV-1M/7.8 34 7.8 I-I B -B J-J Z-Z
XV-1M/9.8 36 9.8 I-I B -B J-J Z-Z
Table showing standard flange and thread
combinations available in stock

Body (threads/flanges)
9/16 3/4
1/4 BSP 3/8 BSP 1/2 BSP M14x1.5 M18x1,5 18 UNF-2B 16 UNF-2B
A B C D E F G

M5x0.8 M6x1 M6x1

O 12
O 12

O12

Closed
4 5 °

H I J Z
Body
O26 O30
O30

Vivoil Oleodinamica Vivolo s.r.l. - Sole Shareholder Company - via Leone Ginzburg 2-4 40054 Budrio (BO) Italy tel: +39 051 803689 fax: +39 051 800061
XM119 www.vivoil.com - english 02/07/2009

31
 reversible motor - series XV XV-1M
HY TYPE MOTOR
ø32 BODY-SHAPED FLANGE - MILLED SHANK

X 1 M 25 31 D B B E
Series X series XV
Group 1 group 1
Category M reversible motor
Displacement 25 3.8
Flange 31 Ø32 HY reversible rotation with inlet
Shaft D CF002 - Milled shank ø10 - thk.5
IN B inlet - 3/8" GAS
Body
OUT B outlet - 3/8" GAS
Cover E with drainage 1/4" BSP
XM140
72
Technical data table 40
TYPE Displacement Max. Pressure CODE

cm3/rev P1 bar P3 bar External drainage Internal drainage

40
66
XV-1M/0.9 0,91 240 280 X 1 M 16 31 D B B E X 1 M 16 31 D B B F
XV-1M/1.2 1,17 250 290 X 1 M 17 31 D B B E X 1 M 17 31 D B B F
XV-1M/1.7 1,56 250 290 X 1 M 18 31 D B B E X 1 M 18 31 D B B F
XV-1M/2.2 2,08 250 290 X 1 M 20 31 D B B E X 1 M 20 31 D B B F 1/4" BSP T.4

-0,020
-0,050
XV-1M/2.6 2,60 250 300 X 1 M 21 31 D B B E X 1 M 21 31 D B B F
XV-1M/3.2 3,12 250 300 X 1 M 23 31 D B B E X 1 M 23 31 D B B F

5
XV-1M/3.8 3,64 250 300 X 1 M 25 31 D B B E X 1 M 25 31 D B B F
4,16 250 300 X 1 M 27 31 D B B E X 1 M 27 31 D B B F O 24

6,5
XV-1M/4.3
O 10 OR 28,30 x 1,78
XV-1M/4.9 4,94 250 300 X 1 M 29 31 D B B E X 1 M 29 31 D B B F
XV-1M/5.9 5,85 250 300 X 1 M 31 31 D B B E X 1 M 31 31 D B B F

3,6
XV-1M/6.5 6,50 250 300 X 1 M 32 31 D B B E X 1 M 32 31 D B B F 5,5
XV-1M/7.8 7,54 220 260 X 1 M 34 31 D B B E X 1 M 34 31 D B B F -0,025
T.2 O 32 f 7 -0,050
XV-1M/9.8 9,88 190 230 X 1 M 36 31 D B B E X 1 M 36 31 D B B F
7

P1) Max. working pressure - P3) Max. peak pressure

For heavy-duty applications, it is recommended to check the admissible torque of the shaft

12
Dimensions table
B

TYPE Weight A B C D E
F D O
G
D
E
FI
C

D
A

kg mm mm mm IN OUT INOUT
-IN
OUT
XV-1M/0.9 0,950 77,1 36,3 65,1 3/8" BSPP 3/8" BSPP
XV-1M/1.2 0,970 78,0 36,8 66,0 3/8" BSPP 3/8" BSPP
XV-1M/1.7 1,010 79,5 37,5 67,5 3/8" BSPP 3/8" BSPP
XV-1M/2.2 1,030 81,5 38,5 69,5 3/8" BSPP 3/8" BSPP
10,8
XV-1M/2.6 1,060 83,5 39,5 71,5 3/8" BSPP 3/8" BSPP T.1
XV-1M/3.2 1,090 85,5 40,5 73,5 3/8" BSPP 3/8" BSPP
XV-1M/3.8 1,120 87,5 41,5 75,5 3/8" BSPP 3/8" BSPP
O 8,5

XV-1M/4.3 1,170 89,5 42,5 77,5 3/8" BSPP 3/8" BSPP

XV-1M/4.9 1,200 92,5 44,0 80,5 3/8" BSPP 3/8" BSPP
XV-1M/5.9 1,260 96,0 45,8 84,0 3/8" BSPP 3/8" BSPP
20

XV-1M/6.5 1,300 97,5 47,0 85,5 3/8" BSPP 3/8" BSPP

XV-1M/7.8 1,360 102,5 49,0 90,5 3/8" BSPP 3/8" BSPP
20

XV-1M/9.8 1,500 111,5 53,5 99,5 3/8" BSPP 3/8" BSPP

9,2 30,8

26/08/04 X1R2531DBBE.dft

T.1 = 24.5÷29.4 [Nm] - screw tightening torque M8

T.2 = 13.8 [Nm] - admissible shaft torque (N.B. When choosing a shaft, always check the admissible torque).
T.4 = 0.3÷0,5 bar - max. drainage pressure

Vivoil Oleodinamica Vivolo s.r.l. - Sole Shareholder Company - via Leone Ginzburg 2-4 40054 Budrio (BO) Italy tel: +39 051 803689 fax: +39 051 800061
XM140 www.vivoil.com - english 02/07/2009

32
 Table of variations XV-1M
ø32 "HY" Body-Shaped FLANGE

Testo5:ø32 "HY" Body-Shaped FLANGE Shaft Testo5: Cover

CF002 - Milled shank CO001 - Tapered

T.2 = 13.8 [Nm] T.2 = 43 [Nm]

31 D F E

O 12
G 1:8

O 10

M7x1
O 10
-0,020
5 -0,050 2,4

1/4" BSP
D

5,5
6,1 9,5
5,5 6,5
14,4 External drainage
23 23
SCF02 - Splined SCF04 - Splined

T.2 = 42.8 [Nm] T.2 = 22.6 [Nm]

34 L J F

O11,9 h11
m=0,75 Z=15

O11,7 h11
m=1,6 Z=6
DIN 5482 - 12x9
9,52

IN O 9,25 OUT O 9,25

5,5 17,5 5,5 17,5
Internal drainage
SCF01 - Splined SCF03 - Splined

3/8" BSP

3/8" BSP
T.2 = 42.8 [Nm] T.2 = 42.8 [Nm]
O11,9 h11
Q R 13,5 13,5 K

O11,9 h11
m=0,75 Z=15 m=0,75 Z=15

IN OUT
D 1/4" BSP
6,5 2,5 9 1,5 IN + OUT + external

3/8 BSP
3/8 BSP
13,5 13,5
L

OUT IN
IN + OUT + internal
Displacement Standard bodies
TYPE CODE Displacement cm3/rev Standard threads
XV-1M/0.9 16 0.9 I-I B -B J-J Z-Z
XV-1M/1.2 17 1.2 I-I B -B J-J Z-Z
XV-1M/1.7 18 1.7 I-I B -B J-J Z-Z
XV-1M/2.2 20 2.2 I-I B -B J-J Z-Z
XV-1M/2.6 21 2.6 I-I B -B J-J Z-Z
XV-1M/3.2 23 3.2 I-I B -B J-J Z-Z
XV-1M/3.8 25 3.8 I-I B -B J-J Z-Z
XV-1M/4.3 27 4.3 I-I B -B J-J Z-Z
XV-1M/4.9 29 4.9 I-I B -B J-J Z-Z
XV-1M/5.9 31 5.9 I-I B -B J-J Z-Z
XV-1M/6.5 32 6.5 I-I B -B J-J Z-Z
XV-1M/7.8 34 7.8 I-I B -B J-J Z-Z
XV-1M/9.8 36 9.8 I-I B -B J-J Z-Z
Table showing standard flange and thread
combinations available in stock

Body (threads/flanges)
9/16 3/4
1/4 BSP 3/8 BSP 1/2 BSP M14x1.5 M18x1,5 18 UNF-2B 16 UNF-2B
A B C D E F G

M5x0.8 M6x1 M6x1

O 12
O 12

O12

Closed
4 5 °

H I J Z
Body
O26 O30
O30

Vivoil Oleodinamica Vivolo s.r.l. - Sole Shareholder Company - via Leone Ginzburg 2-4 40054 Budrio (BO) Italy tel: +39 051 803689 fax: +39 051 800061
XM140 www.vivoil.com - english 02/07/2009

33
 reversible motor - series XV XV-1M
STANDARD GERMAN "BH" TYPE MOTOR
ø32 BODY-SHAPED FLANGE - MILLED SHANK

X 1 M 25 19 C B B E
Series X series XV
Group 1 group 1
Category M reversible motor
Displacement 25 3.8
Flange 19 Ø32 BH reversible rotation
Shaft C CF001 - Milled shank ø10 - thk.5 ("BH" Standard German)
IN B inlet - 3/8" GAS
Body
OUT B outlet - 3/8" GAS
Cover E with drainage 1/4" BSP
XM161
72
Technical data table 40
TYPE Displacement Max. Pressure CODE

cm3/rev P1 bar P3 bar External drainage Internal drainage

40
66
XV-1M/0.9 0,91 240 280 X 1 M 16 19 C B B E X 1 M 16 19 C B B F
XV-1M/1.2 1,17 250 290 X 1 M 17 19 C B B E X 1 M 17 19 C B B F
XV-1M/1.7 1,56 250 290 X 1 M 18 19 C B B E X 1 M 18 19 C B B F
XV-1M/2.2 2,08 250 290 X 1 M 20 19 C B B E X 1 M 20 19 C B B F 1/4" BSP
T.4
XV-1M/2.6 2,60 250 300 X 1 M 21 19 C B B E X 1 M 21 19 C B B F

O 23
XV-1M/3.2 3,12 250 300 X 1 M 23 19 C B B E X 1 M 23 19 C B B F

5
XV-1M/3.8 3,64 250 300 X 1 M 25 19 C B B E X 1 M 25 19 C B B F
+0.050
XV-1M/4.3 4,16 250 300 X 1 M 27 19 C B B E X 1 M 27 19 C B B F 8 +0,014

-0,2
0
XV-1M/4.9 4,94 250 300 X 1 M 29 19 C B B E X 1 M 29 19 C B B F

5
7
XV-1M/5.9 5,85 250 300 X 1 M 31 19 C B B E X 1 M 31 19 C B B F 13
XV-1M/6.5 6,50 250 300 X 1 M 32 19 C B B E X 1 M 32 19 C B B F O 24 OR 28,30 X 1,78
T.2
XV-1M/7.8 7,54 220 260 X 1 M 34 19 C B B E X 1 M 34 19 C B B F O 10
7,5
12,5

-0.020
-0.050
0,5

XV-1M/9.8 9,88 190 230 X 1 M 36 19 C B B E X 1 M 36 19 C B B F

5
P1) Max. working pressure - P3) Max. peak pressure
For heavy-duty applications, it is recommended to check the admissible torque of the shaft
-0.025
Dimensions table O 32 -0.050

TYPE Weight A B C D E
F D O
G
D
E
FI
7

kg mm mm mm IN OUT INOUT
-IN
OUT
B

XV-1M/0.9 0,950 77,1 36,3 65,1 3/8" BSPP 3/8" BSPP

XV-1M/1.2 0,970 78,0 36,8 66,0 3/8" BSPP 3/8" BSPP
C

D
A

XV-1M/1.7 1,010 79,5 37,5 67,5 3/8" BSPP 3/8" BSPP

XV-1M/2.2 1,030 81,5 38,5 69,5 3/8" BSPP 3/8" BSPP
XV-1M/2.6 1,060 83,5 39,5 71,5 3/8" BSPP 3/8" BSPP
XV-1M/3.2 1,090 85,5 40,5 73,5 3/8" BSPP 3/8" BSPP
XV-1M/3.8 1,120 87,5 41,5 75,5 3/8" BSPP 3/8" BSPP 10,8
XV-1M/4.3 1,170 89,5 42,5 77,5 3/8" BSPP 3/8" BSPP
T.1
XV-1M/4.9 1,200 92,5 44,0 80,5 3/8" BSPP 3/8" BSPP
XV-1M/5.9 1,260 96,0 45,8 84,0 3/8" BSPP 3/8" BSPP
XV-1M/6.5 1,300 97,5 47,0 85,5 3/8" BSPP 3/8" BSPP
20

XV-1M/7.8 1,360 102,5 49,0 90,5 3/8" BSPP 3/8" BSPP

O 8,5

XV-1M/9.8 1,500 111,5 53,5 99,5 3/8" BSPP 3/8" BSPP

20

10,35 29,65
26/08/04 X1R2519CBBE.dft

T.1 = 24.5÷29.4 [Nm] - screw tightening torque M8

T.2 = 13.8 [Nm] - admissible shaft torque (N.B. When choosing a shaft, always check the admissible torque).
T.4 = 0.3÷0,5 bar - max. drainage pressure

Vivoil Oleodinamica Vivolo s.r.l. - Sole Shareholder Company - via Leone Ginzburg 2-4 40054 Budrio (BO) Italy tel: +39 051 803689 fax: +39 051 800061
XM161 www.vivoil.com - english 02/07/2009

34
 Table of variations XV-1M
Standard German ø32 "BH" FLANGE

Testo5:
Standard German ø32 "BH" FLANGE Shaft Testo5: Cover

CF001 - Milled shank SCF01 - Splined

T.2 = 13.8 [Nm] T.2 = 42.8 [Nm]

19 C Q E

O11,9 h11
-0,020
m=0,75 Z=15

O10
5 -0,050

1/4" BSP
D
5 0,5
9 4,5 External drainage
SCF03 - Splined
23 23
T.2 = 42.8 [Nm]
22 R F

O11,9 h11
m=0,75 Z=15
9,52

IN O 9,25 OUT O 9,25

9 8,5 Internal drainage

3/8" BSP

3/8" BSP
13,5 13,5 K

IN OUT
D 1/4" BSP
IN + OUT + external

3/8 BSP
3/8 BSP
13,5 13,5
L

OUT IN
IN + OUT + internal
Displacement Standard bodies
TYPE CODE Displacement cm3/rev Standard threads
XV-1M/0.9 16 0.9 I-I B -B J-J Z-Z
XV-1M/1.2 17 1.2 I-I B -B J-J Z-Z
XV-1M/1.7 18 1.7 I-I B -B J-J Z-Z
XV-1M/2.2 20 2.2 I-I B -B J-J Z-Z
XV-1M/2.6 21 2.6 I-I B -B J-J Z-Z
XV-1M/3.2 23 3.2 I-I B -B J-J Z-Z
XV-1M/3.8 25 3.8 I-I B -B J-J Z-Z
XV-1M/4.3 27 4.3 I-I B -B J-J Z-Z
XV-1M/4.9 29 4.9 I-I B -B J-J Z-Z
XV-1M/5.9 31 5.9 I-I B -B J-J Z-Z
XV-1M/6.5 32 6.5 I-I B -B J-J Z-Z
XV-1M/7.8 34 7.8 I-I B -B J-J Z-Z
XV-1M/9.8 36 9.8 I-I B -B J-J Z-Z
Table showing standard flange and thread
combinations available in stock

Body (threads/flanges)
9/16 3/4
1/4 BSP 3/8 BSP 1/2 BSP M14x1.5 M18x1,5 18 UNF-2B 16 UNF-2B
A B C D E F G

M5x0.8 M6x1 M6x1

O 12
O 12

O12

Closed
4 5 °

H I J Z
Body
O26 O30
O30

Vivoil Oleodinamica Vivolo s.r.l. - Sole Shareholder Company - via Leone Ginzburg 2-4 40054 Budrio (BO) Italy tel: +39 051 803689 fax: +39 051 800061
XM161 www.vivoil.com - english 02/07/2009

35
 reversible motor - series XV XV-1M
SAE AA TYPE MOTOR
ø50.8 FLANGE - PARALLEL SHAFT

X 1 M 25 61 B B B E
Series X series XV
Group 1 group 1
Category M reversible motor
Displacement 25 3.8
Flange 61 Ø50.8 SAE AA reversible rotation
Shaft B CI002 - Parallel ø12.7 - key thk. 3.2 (SAE AA)
IN B inlet - 3/8" GAS
Body
OUT B outlet - 3/8" GAS
Cover E with drainage 1/4" BSP
XM168
72
Technical data table
TYPE Displacement Max. Pressure CODE

cm3/rev P1 bar P3 bar External drainage Internal drainage

66
XV-1M/0.9 0,91 240 280 X 1 M 16 61 B B B E X 1 M 16 61 B B B F
XV-1M/1.2 1,17 250 290 X 1 M 17 61 B B B E X 1 M 17 61 B B B F
XV-1M/1.7 1,56 250 290 X 1 M 18 61 B B B E X 1 M 18 61 B B B F
XV-1M/2.2 2,08 250 290 X 1 M 20 61 B B B E X 1 M 20 61 B B B F
T.4
XV-1M/2.6 2,60 250 300 X 1 M 21 61 B B B E X 1 M 21 61 B B B F 1/4" BSP
XV-1M/3.2 3,12 250 300 X 1 M 23 61 B B B E X 1 M 23 61 B B B F

-0.025
XV-1M/3.8 3,64 250 300 X 1 M 25 61 B B B E X 1 M 25 61 B B B F

0
7,73

3,2
XV-1M/4.3 4,16 250 300 X 1 M 27 61 B B B E X 1 M 27 61 B B B F
XV-1M/4.9 4,94 250 300 X 1 M 29 61 B B B E X 1 M 29 61 B B B F
XV-1M/5.9 5,85 250 300 X 1 M 31 61 B B B E X 1 M 31 61 B B B F 0
O 50,8 -0.050 T.2
XV-1M/6.5 6,50 250 300 X 1 M 32 61 B B B E X 1 M 32 61 B B B F 0
O 12,7 -0.025
XV-1M/7.8 7,54 220 260 X 1 M 34 61 B B B E X 1 M 34 61 B B B F
XV-1M/9.8 9,88 190 230 X 1 M 36 61 B B B E X 1 M 36 61 B B B F

8 19

27
P1) Max. working pressure - P3) Max. peak pressure
6

For heavy-duty applications, it is recommended to check the admissible torque of the shaft
Dimensions table
B

TYPE Weight A B C D E
F D O
G
D
E
FI
C
A

kg mm mm mm IN OUT INOUT
-IN
OUT D
XV-1M/0.9 1,000 82,6 41,8 70,6 3/8" BSPP 3/8" BSPP
XV-1M/1.2 1,020 83,5 42,3 71,5 3/8" BSPP 3/8" BSPP
XV-1M/1.7 1,060 85,0 43,0 73,0 3/8" BSPP 3/8" BSPP
XV-1M/2.2 1,080 87,0 44,0 75,0 3/8" BSPP 3/8" BSPP 10,8
T.1
XV-1M/2.6 1,110 89,0 45,0 77,0 3/8" BSPP 3/8" BSPP
XV-1M/3.2 1,140 91,0 46,0 79,0 3/8" BSPP 3/8" BSPP
XV-1M/3.8 1,170 93,0 47,0 81,0 3/8" BSPP 3/8" BSPP
XV-1M/4.3 1,220 95,0 48,0 83,0 3/8" BSPP 3/8" BSPP
XV-1M/4.9 1,250 98,0 49,5 86,0 3/8" BSPP 3/8" BSPP
101,55
82,55

XV-1M/5.9 1,310 101,5 51,3 89,5 3/8" BSPP 3/8" BSPP

XV-1M/6.5 1,350 105,0 52,5 93,0 3/8" BSPP 3/8" BSPP
XV-1M/7.8 1,410 108,0 54,5 96,0 3/8" BSPP 3/8" BSPP
XV-1M/9.8 1,550 117,0 59,0 105,0 3/8" BSPP 3/8" BSPP

10,4
63,2
26/08/04 X1R2561BBBE.dft

T.1 = 24.5÷29.4 [Nm] - screw tightening torque M8

T.2 = 32.8 [Nm] - admissible shaft torque (N.B. When choosing a shaft, always check the admissible torque).
T.4 = 0.3÷0,5 bar - max. drainage pressure

Vivoil Oleodinamica Vivolo s.r.l. - Sole Shareholder Company - via Leone Ginzburg 2-4 40054 Budrio (BO) Italy tel: +39 051 803689 fax: +39 051 800061
XM168 www.vivoil.com - english 02/07/2009

36
 Table of variations XV-1M
ø50.8 FLANGE "SAE AA"

Testo5: ø50.8 FLANGE "SAE AA" Shaft Testo5: Cover

CI001 - Parallel CI002 - Parallel

T.2 = 25.8 [Nm] T.2 = 32.8 [Nm]

61 A SAE 3,2 B E

O12 h7

7,8
M10x1
3

7,2

1/4" BSP
-0,030
-0,025
D

O 12,7
4 11,5
8 19
11,6 External drainage
SAE
CF003 - Milled shank CO002 - Tapered

T.2 = 25.9 [Nm] T.2 = 119.8 [Nm]

SAE E G F

M10x1
G 1:8
3

O14

8,4
-0,030

O11
6,63 -0,060

8 6,8 4 15,5 11,5

Internal drainage
SCF05 - Splined

3/8" BSP

3/8" BSP
T.2 = 32.2 [Nm]
SAE I SAE J 498 9T 20/40 DP K 13,5 13,5 K
24UNF-2A

G1:8
3,2
9

IN

O12,344
OUT
D 1/4" BSP
8 17,5 12,7 8 19
IN + OUT + external
SAE
CO002+HK - Tapered CI001+HK - Parallel

3/8 BSP
3/8 BSP
T.2 = 119.8 [Nm] T.2 = 25.8 [Nm] 13,5 13,5
O HK 14-12
P L
M10x1

O12 h7
HK 14-12
M10x1

3
O14

3
8,4

7,2

4 11,5
OUT IN
G 1:8
4 15,5 11,5 11,6 IN + OUT + internal

Displacement Standard bodies

TYPE CODE Displacement cm3/rev Standard threads
XV-1M/0.9 16 0.9 I-I B -B J-J Z-Z
XV-1M/1.2 17 1.2 I-I B -B J-J Z-Z
XV-1M/1.7 18 1.7 I-I B -B J-J Z-Z
XV-1M/2.2 20 2.2 I-I B -B J-J Z-Z
XV-1M/2.6 21 2.6 I-I B -B J-J Z-Z
XV-1M/3.2 23 3.2 I-I B -B J-J Z-Z
XV-1M/3.8 25 3.8 I-I B -B J-J Z-Z
XV-1M/4.3 27 4.3 I-I B -B J-J Z-Z
XV-1M/4.9 29 4.9 I-I B -B J-J Z-Z
XV-1M/5.9 31 5.9 I-I B -B J-J Z-Z
XV-1M/6.5 32 6.5 I-I B -B J-J Z-Z
XV-1M/7.8 34 7.8 I-I B -B J-J Z-Z
XV-1M/9.8 36 9.8 I-I B -B J-J Z-Z
Table showing standard flange and thread
combinations available in stock

Body (threads/flanges)
9/16 3/4
1/4 BSP 3/8 BSP 1/2 BSP M14x1.5 M18x1,5 18 UNF-2B 16 UNF-2B
A B C D E F G

M5x0.8 M6x1 M6x1

O 12
O 12

O12

Closed
4 5 °

H I J Z
Body
O26 O30
O30

Vivoil Oleodinamica Vivolo s.r.l. - Sole Shareholder Company - via Leone Ginzburg 2-4 40054 Budrio (BO) Italy tel: +39 051 803689 fax: +39 051 800061
XM168 www.vivoil.com - english 02/07/2009

37
 reversible motor - series XV XV-2M
STANDARD EUROPEAN MOTOR
ø36.5 FLANGE - TAPER SHAFT

X 2 M 51 01 E P P E
Series X series XV
Group 2 group 2
Category M reversible motor
Displacement 51 17
Flange 01 Ø36.5 STANDARD EUROPEAN reversible rotation
Shaft E CO001 - Tapered 1:8 - ø17.4 - M12x1.5 - key thk.4
IN P inlet - Ø40 Ø20 M8
Body
OUT P outlet - Ø40 Ø20 M8
Cover E with external drainage
XM201
113,7
Technical data table 98
TYPE Displacement Max. Pressure CODE

cm3/rev P1 bar P3 bar External drainage Internal drainage

89
86
XV-2M/04 4,20 260 300 X 2 M 41 01 E OO E X 2 M 41 01 E OO F
XV-2M/06 6,00 260 300 X 2 M 43 01 E OO E X 2 M 43 01 E OO F
XV-2M/09 8,40 260 300 X 2 M 45 01 E OO E X 2 M 45 01 E OO F
XV-2M/11 10,80 260 300 X 2 M 47 01 E OO E X 2 M 47 01 E OO F
1/4" BSP
XV-2M/14 14,40 250 290 X 2 M 49 01 E PP E X 2 M 49 01 E PP F T.4
9,4
XV-2M/17 16,80 230 270 X 2 M 51 01 E PP E X 2 M 51 01 E PP F

4
XV-2M/19 19,20 210 250 X 2 M 53 01 E PP E X 2 M 53 01 E PP F
XV-2M/22 22,80 200 240 X 2 M 55 01 E PP E X 2 M 55 01 E PP F O 17,4
XV-2M/26 26,20 170 210 X 2 M 57 01 E QP E X 2 M 57 01 E QP F M 12 x 1.5
XV-2M/30 30,00 160 200 X 2 M 59 01 E QP E X 2 M 59 01 E QP F
XV-2M/34 34,20 150 190 X 2 M 61 01 E QP E X 2 M 61 01 E QP F
XV-2M/40 39,60 140 180 X 2 M 63 01 E QP E X 2 M 63 01 E QP F
-0,025
P1) Max. working pressure - P3) Max. peak pressure 36,5 f7 -0,050
T.3

12,5
For heavy-duty applications, it is recommended to check the admissible torque of the shaft
G 1:8
Dimensions table T.2

21,5
TYPE Weight A B C D E F D E F O
G
D
E
FI
5

kg mm mm mm IN OUT INOUT
-IN
OUT

6,45
13,2

XV-2M/04 2,200 87,2 41,7 77,2 ø13,5 30 M6x1 ø13,5 30 M6x1

B

XV-2M/06 2,300 90,2 43,2 80,2 ø13,5 30 M6x1 ø13,5 30 M6x1

C

XV-2M/09 2,400 94,2 45,2 84,2 ø13,5 30 M6x1 ø13,5 30 M6x1 E

D
A

XV-2M/11 2,500 98,2 47,2 88,2 ø13,5 30 M6x1 ø13,5 30 M6x1

XV-2M/14 2,700 104,2 50,2 94,2 ø20 40 M8X1,25 ø20 40 M8X1,25
XV-2M/17 2,800 108,2 52,2 98,2 ø20 40 M8X1,25 ø20 40 M8X1,25
F

XV-2M/19 2,900 112,2 54,2 102,2 ø20 40 M8X1,25 ø20 40 M8X1,25 15,7
XV-2M/22 3,050 118,2 57,2 108,2 ø20 40 M8X1,25 ø20 40 M8X1,25 T.1
XV-2M/26 3,150 122,2 59,2 112,2 ø23,5 40 M8X1,25 ø20 40 M8X1,25
96,2
XV-2M/30 3,400 130,2 63,2 120,2 ø23,5 40 M8X1,25 ø20 40 M8X1,25 8,75 32,4 63,8 8,75
XV-2M/34 3,600 137,2 66,7 127,2 ø23,5 40 M8X1,25 ø20 40 M8X1,25
XV-2M/40 3,800 146,2 71,2 136,2 ø23,5 40 M8X1,25 ø20 40 M8X1,25
35,75
71,5
35,75

O9

26/08/04 X2R5101EPPE.dft

T.1 = 54÷58.9 [Nm] - screw tightening torque M10 T.3 = 40 [Nm] - torque wrench setting 19
T.2 = 233.2 [Nm] - admissible shaft torque (N.B. When choosing a shaft, always check the admissible torque).
T.4 = 0.3÷0,5 bar - max. drainage pressure

Vivoil Oleodinamica Vivolo s.r.l. - Sole Shareholder Company - via Leone Ginzburg 2-4 40054 Budrio (BO) Italy tel: +39 051 803689 fax: +39 051 800061
XM201 www.vivoil.com - english 02/07/2009

38
 Table of variations XV-2M
ø36.5 FLANGE

Testo5: ø36.5 FLANGE Shaft Testo5: Cover

CI001 - Parallel CI002 - Parallel

T.2 = 44.1 [Nm] T.2 = 67.5 [Nm]

01 A B E

O15,875h7
1/4"28-UNF
O 15 h7
M6x1
4 4

9,76
9
13 13
6,45 30 8,7 23,8 External drainage
32,5 32,5 CO001 - Tapered CO002 - Tapered

T.2 = 233.2 [Nm] T.2 = 233.2 [Nm]

04 E F F
O 17,42

M12x1.5
G 1:8

O 17,42
M12x1.5
O 17,42
G 1:5
4 3
15,7

9,4

9,2
IN O 12 OUT O 12
6,45 12,5 8,65 13
21,5 18,8 Internal drainage
SCF02 - Splined SCF03 - Splined
19,5 19,5

1/2 BSP
T.2 = 86.1 [Nm] T.2 = 86.1 [Nm]

1/2 BSP
15,7

05 m=1,6 Z=9
G m=1,6 Z=9
H K
O 16,5 h11

O 16,5 h11
DIN 5482 - 17x14 DIN 5482 - 17x14

IN
D O 12 OUT
D 1/4" BSP
6,55 13 6,55 18,8
IN + OUT + external
SCF04 - Splined SCF01 - Splined

1/2 BSP
1/2 BSP
T.2 = 67.1 [Nm] T.2 = 86.2 [Nm] 19,5 19,5
SAE J 498 I m=1,6 Z=9
L L
9T 16/32 DP DIN 5482 - 17x14
-0.127
0

O 16,5 h11
O 15,456

9,2 1,8
OUT IN
10 22,5
IN + OUT + internal

Displacement Standard bodies P

TYPE CODE Displacement cm3/rev Standard threads
XV-2M/04 41 4 O-O R-R B-B Z-Z
XV-2M/06 43 6 O-O R-R B-B Z-Z
XV-2M/09 45 9 O-O R-R B-B Z-Z Flange drainage
XV-2M/11 47 11 O-O R-R B-B Z-Z
XV-2M/14 49 14 P-P R-R C-C Z-Z
XV-2M/17 51 17 P-P R-R C-C Z-Z
XV-2M/19 53 19 P-P R-R C-C Z-Z
XV-2M/22 55 22 P-P R-R C-C Z-Z
XV-2M/26 57 26 Q-P S-S D-D Z-Z
XV-2M/30 59 30 Q-P S-S D-D Z-Z
XV-2M/34 61 34 Q-P S-S D-D Z-Z
XV-2M/40 63 40 Q-P S-S D-D Z-Z
Table showing standard flange and thread
combinations available in stock

Body (threads/flanges)
3/8"BSP 1/2"BSP 3/4"BSP 1"BSP M14x1,5 M16x1.5 M18x1,5

A B C D E F G

M20x1,5 M22x1,5 7/8"-14UNF 1-5/16"-12UNF M6x1 M8x1.25

1-16"-12UNF
O13.5

O20

H I L M N O P
O30 O40
M8x1.25 M6x1 M6x1 M6x1 M8x1.25 M6x1
O23.5

45°
45 °

Closed
17.5

17.5
O20

O15

O15
O 15

O20

22

Q R S T U V Z
Body
O40 O40 48 38 38
O35

Vivoil Oleodinamica Vivolo s.r.l. - Sole Shareholder Company - via Leone Ginzburg 2-4 40054 Budrio (BO) Italy tel: +39 051 803689 fax: +39 051 800061
XM201 www.vivoil.com - english 02/07/2009

39
 reversible motor - series XV XV-2M
STANDARD EUROPEAN MOTOR
ø36.5 FLANGE - TAPER SHAFT

X 2 M 51 01 E C C E
Series X series XV
Group 2 group 2
Category M reversible motor
Displacement 51 17
Flange 01 Ø36.5 STANDARD EUROPEAN reversible rotation
Shaft E CO001 - Tapered 1:8 - ø17.4 - M12x1.5 - key thk.4
IN C inlet - 3/4" GAS
Body
OUT C outlet - 3/4" GAS
Cover E with external drainage
XM207
113,7
Technical data table 98
TYPE Displacement Max. Pressure CODE

cm3/rev P1 bar P3 bar External drainage Internal drainage

89
86
XV-2M/04 4,20 260 300 X 2 M 41 01 E B B E X 2 M 41 01 E B B F
XV-2M/06 6,00 260 300 X 2 M 43 01 E B B E X 2 M 43 01 E B B F
XV-2M/09 8,40 260 300 X 2 M 45 01 E B B E X 2 M 45 01 E B B F
XV-2M/11 10,80 260 300 X 2 M 47 01 E B B E X 2 M 47 01 E B B F
1/4" BSP
XV-2M/14 14,40 250 290 X 2 M 49 01 E C C E X 2 M 49 01 E C C F T.4
16,80 230 270 X 2 M 51 01 E C C E X 2 M 51 01 E C C F 9,4
XV-2M/17

4
XV-2M/19 19,20 210 250 X 2 M 53 01 E C C E X 2 M 53 01 E C C F
XV-2M/22 22,80 200 240 X 2 M 55 01 E C C E X 2 M 55 01 E C C F O 17,4
XV-2M/26 26,20 170 210 X 2 M 57 01 E D D E X 2 M 57 01 E D D F M 12 x 1.5
XV-2M/30 30,00 160 200 X 2 M 59 01 E D D E X 2 M 59 01 E D D F
XV-2M/34 34,20 150 190 X 2 M 61 01 E D D E X 2 M 61 01 E D D F
XV-2M/40 39,60 140 180 X 2 M 63 01 E D D E X 2 M 63 01 E D D F
-0,025
P1) Max. working pressure - P3) Max. peak pressure 36,5 f7 -0,050
T.3

12,5
For heavy-duty applications, it is recommended to check the admissible torque of the shaft
G 1:8
Dimensions table T.2

21,5
TYPE Weight A B C D E
F D O
G
D
E
FI
5

kg mm mm mm IN OUT INOUT
-IN
OUT

6,45
13,2

XV-2M/04 2,200 87,2 41,7 77,2 1/2" BSPP 1/2" BSPP

B

XV-2M/06 2,300 90,2 43,2 80,2 1/2" BSPP 1/2" BSPP

C

XV-2M/09 2,400 94,2 45,2 84,2 1/2" BSPP 1/2" BSPP

D
A

XV-2M/11 2,500 98,2 47,2 88,2 1/2" BSPP 1/2" BSPP

XV-2M/14 2,700 104,2 50,2 94,2 3/4" BSPP 3/4" BSPP
XV-2M/17 2,800 108,2 52,2 98,2 3/4" BSPP 3/4" BSPP
XV-2M/19 2,900 112,2 54,2 102,2 3/4" BSPP 3/4" BSPP 15,7
XV-2M/22 3,050 118,2 57,2 108,2 3/4" BSPP 3/4" BSPP T.1
XV-2M/26 3,150 122,2 59,2 112,2 1" BSPP 1" BSPP
96,2
XV-2M/30 3,400 130,2 63,2 120,2 1" BSPP 1" BSPP 8,75 32,4 63,8 8,75
XV-2M/34 3,600 137,2 66,7 127,2 1" BSPP 1" BSPP
XV-2M/40 3,800 146,2 71,2 136,2 1" BSPP 1" BSPP
35,75
71,5
35,75

O9

22/06/06 X2R5101ECCE.dft
T.1 = 54÷58.9 [Nm] - screw tightening torque M10 T.3 = 40 [Nm] - torque wrench setting 19
T.2 = 233.2 [Nm] - admissible shaft torque (N.B. When choosing a shaft, always check the admissible torque).
T.4 = 0.3÷0,5 bar - max. drainage pressure

Vivoil Oleodinamica Vivolo s.r.l. - Sole Shareholder Company - via Leone Ginzburg 2-4 40054 Budrio (BO) Italy tel: +39 051 803689 fax: +39 051 800061
XM207 www.vivoil.com - english 02/07/2009

40
 Table of variations XV-2M
ø36.5 FLANGE

Testo5: ø36.5 FLANGE Shaft Testo5: Cover

CI001 - Parallel CI002 - Parallel

T.2 = 44.1 [Nm] T.2 = 67.5 [Nm]

01 A B E

O15,875h7
1/4"28-UNF
O 15 h7
M6x1
4 4

9,76
9
13 13
6,45 30 8,7 23,8 External drainage
32,5 32,5 CO001 - Tapered CO002 - Tapered

T.2 = 233.2 [Nm] T.2 = 233.2 [Nm]

04 E F F
O 17,42

M12x1.5
G 1:8

O 17,42
M12x1.5
O 17,42
G 1:5
4 3
15,7

9,4

9,2
IN O 12 OUT O 12
6,45 12,5 8,65 13
21,5 18,8 Internal drainage
SCF02 - Splined SCF03 - Splined
19,5 19,5

1/2 BSP
T.2 = 86.1 [Nm] T.2 = 86.1 [Nm]

1/2 BSP
15,7

05 m=1,6 Z=9
G m=1,6 Z=9
H K
O 16,5 h11

O 16,5 h11
DIN 5482 - 17x14 DIN 5482 - 17x14

IN
D O 12 OUT
D 1/4" BSP
6,55 13 6,55 18,8
IN + OUT + external
SCF04 - Splined SCF01 - Splined

1/2 BSP
1/2 BSP
T.2 = 67.1 [Nm] T.2 = 86.2 [Nm] 19,5 19,5
SAE J 498 I m=1,6 Z=9
L L
9T 16/32 DP DIN 5482 - 17x14
-0.127
0

O 16,5 h11
O 15,456

9,2 1,8
OUT IN
10 22,5
IN + OUT + internal

Displacement Standard bodies P

TYPE CODE Displacement cm3/rev Standard threads
XV-2M/04 41 4 O-O R-R B-B Z-Z
XV-2M/06 43 6 O-O R-R B-B Z-Z
XV-2M/09 45 9 O-O R-R B-B Z-Z Flange drainage
XV-2M/11 47 11 O-O R-R B-B Z-Z
XV-2M/14 49 14 P-P R-R C-C Z-Z
XV-2M/17 51 17 P-P R-R C-C Z-Z
XV-2M/19 53 19 P-P R-R C-C Z-Z
XV-2M/22 55 22 P-P R-R C-C Z-Z
XV-2M/26 57 26 Q-P S-S D-D Z-Z
XV-2M/30 59 30 Q-P S-S D-D Z-Z
XV-2M/34 61 34 Q-P S-S D-D Z-Z
XV-2M/40 63 40 Q-P S-S D-D Z-Z
Table showing standard flange and thread
combinations available in stock

Body (threads/flanges)
3/8"BSP 1/2"BSP 3/4"BSP 1"BSP M14x1,5 M16x1.5 M18x1,5

A B C D E F G

M20x1,5 M22x1,5 7/8"-14UNF 1-5/16"-12UNF M6x1 M8x1.25

1-16"-12UNF
O13.5

O20

H I L M N O P
O30 O40
M8x1.25 M6x1 M6x1 M6x1 M8x1.25 M6x1
O23.5

45°
45 °

Closed
17.5

17.5
O20

O15

O15
O 15

O20

22

Q R S T U V Z
Body
O40 O40 48 38 38
O35

Vivoil Oleodinamica Vivolo s.r.l. - Sole Shareholder Company - via Leone Ginzburg 2-4 40054 Budrio (BO) Italy tel: +39 051 803689 fax: +39 051 800061
XM201 www.vivoil.com - english 02/07/2009

41
 reversible motor - series XV XV-2M
BH TYPE MOTOR
ø50 BODY-SHAPED FLANGE - TAPER SHAFT

X 2 M 51 07 F R R E
Series X series XV
Group 2 group 2
Category M reversible motor
Displacement 51 17
Flange 07 Ø50 BH GERMAN STARDARDIZED reversible rotation
Shaft F CO002 - Tapered 1:5 - ø17.4 - M12x1.5 - key thk.3
IN R inlet - Ø35 a 45° Ø15 M6
Body
OUT R outlet - Ø35 a 45° Ø15 M6
Cover E with external drainage
XM210

98
Technical data table 60
TYPE Displacement Max. Pressure CODE

cm3/rev P1 bar P3 bar External drainage Internal drainage

60
86
XV-2M/04 4,20 260 300 X 2 M 41 07 F R R E X 2 M 41 07 F R R F
XV-2M/06 6,00 260 300 X 2 M 43 07 F R R E X 2 M 43 07 F R R F
XV-2M/09 8,40 260 300 X 2 M 45 07 F R R E X 2 M 45 07 F R R F
XV-2M/11 10,80 260 300 X 2 M 47 07 F R R E X 2 M 47 07 F R R F 1/4" BSP
XV-2M/14 14,40 250 290 X 2 M 49 07 F R R E X 2 M 49 07 F R R F T.4

XV-2M/17 16,80 230 270 X 2 M 51 07 F R R E X 2 M 51 07 F R R F 9,2

3
XV-2M/19 19,20 210 250 X 2 M 53 07 F R R E X 2 M 53 07 F R R F
XV-2M/22 22,80 200 240 X 2 M 55 07 F R R E X 2 M 55 07 F R R F O 17,4
XV-2M/26 26,20 170 210 X 2 M 57 07 F S S E X 2 M 57 07 F S S F M 12 x 1.5
XV-2M/30 30,00 160 200 X 2 M 59 07 F S S E X 2 M 59 07 F S S F
XV-2M/34 34,20 150 190 X 2 M 61 07 F S S E X 2 M 61 07 F S S F
XV-2M/40 39,60 140 180 X 2 M 63 07 F S S E X 2 M 63 07 F S S F
P1) Max. working pressure - P3) Max. peak pressure T.3 50 f7
-0,025
-0,050

For heavy-duty applications, it is recommended to check the admissible torque of the shaft

13
G 1:5
T.2
Dimensions table

18,8
7,2

TYPE Weight A B C D E F D E F O
G
D
E
FI

8,65
kg mm mm mm IN OUT INOUT
-IN
OUT
XV-2M/04 2,100 87,2 38,6 77,2 ø15 35 M6x1 ø15 35 M6x1
B

XV-2M/06 2,200 90,2 38,6 80,2 ø15 35 M6x1 ø15 35 M6x1 D

E
C

XV-2M/09 2,300 94,2 40,6 84,2 ø15 35 M6x1 ø15 35 M6x1

A

XV-2M/11 2,400 98,2 45,0 88,2 ø15 35 M6x1 ø15 35 M6x1

F

XV-2M/14 2,600 104,2 45,0 94,2 ø15 35 M6x1 ø15 35 M6x1

XV-2M/17 2,700 108,2 45,0 98,2 ø15 35 M6x1 ø15 35 M6x1
XV-2M/19 2,800 112,2 45,0 102,2 ø15 35 M6x1 ø15 35 M6x1 15,7
XV-2M/22 2,950 118,2 52,5 108,2 ø15 35 M6x1 ø15 35 M6x1 T.1
XV-2M/26 3,050 122,2 52,5 112,2 ø20 40 M6x1 ø20 40 M6x1
14,3
XV-2M/30 3,300 130,2 60,7 120,2 ø20 40 M6x1 ø20 40 M6x1
XV-2M/34 3,500 137,2 60,7 127,2 ø20 40 M6x1 ø20 40 M6x1
XV-2M/40 3,700 146,2 60,7 136,2 ø20 40 M6x1 ø20 40 M6x1
30

O 10,5
30

45,7
26/08/04 X2R5107FRRE.dft
T.1 = 54÷58.9 [Nm] - screw tightening torque M10 T.3 = 40 [Nm] - torque wrench setting 19
T.2 = 233.2 [Nm] - admissible shaft torque (N.B. When choosing a shaft, always check the admissible torque).
T.4 = 0.3÷0,5 bar - max. drainage pressure

Vivoil Oleodinamica Vivolo s.r.l. - Sole Shareholder Company - via Leone Ginzburg 2-4 40054 Budrio (BO) Italy tel: +39 051 803689 fax: +39 051 800061
XM210 www.vivoil.com - english 02/07/2009

42
 Table of variations XV-2M
ø50 "BH" Body-Shaped FLANGE

Testo5:ø50 "BH" Body-Shaped FLANGE Shaft Testo5: Cover

CI001 - Parallel CI002 - Parallel

T.2 = 44.1 [Nm] T.2 = 67.5 [Nm]

07 A B E

O 17,42
G 1:8

M12x1.5
O 17,42
O 15 h7
M6x1
4 4

9,4
9
13
6,45 12,5
6,45 30
21,5 External drainage
32,5 32,5 CO001 - Tapered CO002 - Tapered

T.2 = 233.2 [Nm] T.2 = 233.2 [Nm]

10 E F F
O 17,42

O 17,42

M12x1.5
G 1:8

M12x1.5

O 17,42
G 1:5

O 17,42
4 3

9,4

9,2
IN O 12 OUT O 12
6,45 21,5 12,5 8,65 13
18,8 Internal drainage
SCF03 - Splined
19,5 19,5

1/2 BSP
T.2 = 86.1 [Nm]

1/2 BSP
m=1,6 Z=9
H K
DIN 5482 - 17x14
O 16,5 h11

IN
OUT
D 1/4" BSP
6,55 18,8
IN + OUT + external

1/2 BSP
1/2 BSP
19,5 19,5
L

OUT IN
IN + OUT + internal
Displacement Standard bodies
TYPE CODE Displacement cm3/rev Standard threads
XV-2M/04 41 4 O-O R-R B-B Z-Z
XV-2M/06 43 6 O-O R-R B-B Z-Z
XV-2M/09 45 9 O-O R-R B-B Z-Z
XV-2M/11 47 11 O-O R-R B-B Z-Z
XV-2M/14 49 14 P-P R-R C-C Z-Z
XV-2M/17 51 17 P-P R-R C-C Z-Z
XV-2M/19 53 19 P-P R-R C-C Z-Z
XV-2M/22 55 22 P-P R-R C-C Z-Z
XV-2M/26 57 26 Q-P S-S D-D Z-Z
XV-2M/30 59 30 Q-P S-S D-D Z-Z
XV-2M/34 61 34 Q-P S-S D-D Z-Z
XV-2M/40 63 40 Q-P S-S D-D Z-Z
Table showing standard flange and thread
combinations available in stock

Body (threads/flanges)
3/8"BSP 1/2"BSP 3/4"BSP 1"BSP M14x1,5 M16x1.5 M18x1,5

A B C D E F G

M20x1,5 M22x1,5 7/8"-14UNF 1-5/16"-12UNF M6x1 M8x1.25

1-16"-12UNF
O13.5

O20

H I L M N O P
O30 O40
M8x1.25 M6x1 M6x1 M6x1 M8x1.25 M6x1
O23.5

45°
45 °

Closed
17.5

17.5
O20

O15

O15
O 15

O20

22

Q R S T U V Z
Body
O40 O40 48 38 38
O35

Vivoil Oleodinamica Vivolo s.r.l. - Sole Shareholder Company - via Leone Ginzburg 2-4 40054 Budrio (BO) Italy tel: +39 051 803689 fax: +39 051 800061
XM210 www.vivoil.com - english 02/07/2009

43
 reversible motor - series XV XV-2M
HY TYPE MOTOR
ø50 BODY-SHAPED FLANGE - TAPER SHAFT

X 2 M 51 13 F R R E
Series X series XV
Group 2 group 2
Category M reversible motor
Displacement 51 17
Flange 13 Ø50 HY GERMAN STARDARDIZED reversible rotation
Shaft F CO002 - Tapered 1:5 - ø17.4 - M12x1.5 - key thk.3
IN R inlet - Ø35 a 45° Ø15 M6
Body
OUT R outlet - Ø35 a 45° Ø15 M6
Cover E with external drainage
XM213
98
Technical data table 60
TYPE Displacement Max. Pressure CODE

cm3/rev P1 bar P3 bar External drainage Internal drainage

60
86
XV-2M/04 4,20 260 300 X 2 M 41 13 F R R E X 2 M 41 13 F R R F
XV-2M/06 6,00 260 300 X 2 M 43 13 F R R E X 2 M 43 13 F R R F
XV-2M/09 8,40 260 300 X 2 M 45 13 F R R E X 2 M 45 13 F R R F
XV-2M/11 10,80 260 300 X 2 M 47 13 F R R E X 2 M 47 13 F R R F
1/4" BSP
XV-2M/14 14,40 250 290 X 2 M 49 13 F R R E X 2 M 49 13 F R R F T.4
9,2

3
XV-2M/17 16,80 230 270 X 2 M 51 13 F R R E X 2 M 51 13 F R R F
XV-2M/19 19,20 210 250 X 2 M 53 13 F R R E X 2 M 53 13 F R R F
XV-2M/22 22,80 200 240 X 2 M 55 13 F R R E X 2 M 55 13 F R R F O 17,4
XV-2M/26 26,20 170 210 X 2 M 57 13 F S S E X 2 M 57 13 F S S F M 12 x 1.5
XV-2M/30 30,00 160 200 X 2 M 59 13 F S S E X 2 M 59 13 F S S F
XV-2M/34 34,20 150 190 X 2 M 61 13 F S S E X 2 M 61 13 F S S F
XV-2M/40 39,60 140 180 X 2 M 63 13 F S S E X 2 M 63 13 F S S F
P1) Max. working pressure - P3) Max. peak pressure T.3 50 f7
-0,025
-0,050

For heavy-duty applications, it is recommended to check the admissible torque of the shaft

13
G 1:5
T.2
Dimensions table

18,8
7,2

TYPE Weight A B C D E F D E F O
G
D
E
FI

8,65
kg mm mm mm IN OUT INOUT
-IN
OUT
2,100 87,2 38,6 77,2 ø15 35 M6x1 ø15 35 M6x1
B

XV-2M/04
XV-2M/06 2,200 90,2 38,6 80,2 ø15 35 M6x1 ø15 35 M6x1 D
E
C

XV-2M/09 2,300 94,2 40,6 84,2 ø15 35 M6x1 ø15 35 M6x1

A

XV-2M/11 2,400 98,2 45,0 88,2 ø15 35 M6x1 ø15 35 M6x1

XV-2M/14 2,600 104,2 45,0 94,2 ø15 35 M6x1 ø15 35 M6x1
F

XV-2M/17 2,700 108,2 45,0 98,2 ø15 35 M6x1 ø15 35 M6x1

XV-2M/19 2,800 112,2 45,0 102,2 ø15 35 M6x1 ø15 35 M6x1 15,7
XV-2M/22 2,950 118,2 52,5 108,2 ø15 35 M6x1 ø15 35 M6x1 T.1
XV-2M/26 3,050 122,2 52,5 112,2 ø20 40 M6x1 ø20 40 M6x1
45,7
XV-2M/30 3,300 130,2 60,7 120,2 ø20 40 M6x1 ø20 40 M6x1
XV-2M/34 3,500 137,2 60,7 127,2 ø20 40 M6x1 ø20 40 M6x1
XV-2M/40 3,700 146,2 60,7 136,2 ø20 40 M6x1 ø20 40 M6x1
30

O 10,5
30

14,3
26/08/04 X2R5113FRRE.dft
T.1 = 54÷58.9 [Nm] - screw tightening torque M10 T.3 = 40 [Nm] - torque wrench setting 19
T.2 = 233.2 [Nm] - admissible shaft torque (N.B. When choosing a shaft, always check the admissible torque).
T.4 = 0.3÷0,5 bar - max. drainage pressure

Vivoil Oleodinamica Vivolo s.r.l. - Sole Shareholder Company - via Leone Ginzburg 2-4 40054 Budrio (BO) Italy tel: +39 051 803689 fax: +39 051 800061
XM213 www.vivoil.com - english 02/07/2009

44
 Table of variations XV-2M
ø50 "HY" Body-Shaped FLANGE

Testo5:ø50 "HY" Body-Shaped FLANGE Shaft Testo5: Cover

CI001 - Parallel CI002 - Parallel

T.2 = 44.1 [Nm] T.2 = 67.5 [Nm]

13 A B E

O 17,42
G 1:8

M12x1.5
O 17,42
O 15 h7
M6x1
4 4

9,4
9
13
6,45 12,5
6,45 30
21,5 External drainage
32,5 32,5 CO001 - Tapered CO002 - Tapered

T.2 = 233.2 [Nm] T.2 = 233.2 [Nm]

16 E F F
O 17,42

O 17,42

M12x1.5
G 1:8

M12x1.5

O 17,42
G 1:5

O 17,42
4 3

9,4

9,2
IN O 12 OUT O 12
6,45 21,5 12,5 8,65 13
18,8 Internal drainage
SCF03 - Splined
19,5 19,5

1/2 BSP
T.2 = 86.1 [Nm]

1/2 BSP
m=1,6 Z=9
H K
DIN 5482 - 17x14
O 16,5 h11

IN
OUT
D 1/4" BSP
6,55 18,8
IN + OUT + external

1/2 BSP
1/2 BSP
19,5 19,5
L

OUT IN
IN + OUT + internal
Displacement Standard bodies
TYPE CODE Displacement cm3/rev Standard threads
XV-2M/04 41 4 O-O R-R B-B Z-Z
XV-2M/06 43 6 O-O R-R B-B Z-Z
XV-2M/09 45 9 O-O R-R B-B Z-Z
XV-2M/11 47 11 O-O R-R B-B Z-Z
XV-2M/14 49 14 P-P R-R C-C Z-Z
XV-2M/17 51 17 P-P R-R C-C Z-Z
XV-2M/19 53 19 P-P R-R C-C Z-Z
XV-2M/22 55 22 P-P R-R C-C Z-Z
XV-2M/26 57 26 Q-P S-S D-D Z-Z
XV-2M/30 59 30 Q-P S-S D-D Z-Z
XV-2M/34 61 34 Q-P S-S D-D Z-Z
XV-2M/40 63 40 Q-P S-S D-D Z-Z
Table showing standard flange and thread
combinations available in stock

Body (threads/flanges)
3/8"BSP 1/2"BSP 3/4"BSP 1"BSP M14x1,5 M16x1.5 M18x1,5

A B C D E F G

M20x1,5 M22x1,5 7/8"-14UNF 1-5/16"-12UNF M6x1 M8x1.25

1-16"-12UNF
O13.5

O20

H I L M N O P
O30 O40
M8x1.25 M6x1 M6x1 M6x1 M8x1.25 M6x1
O23.5

45°
45 °

Closed
17.5

17.5
O20

O15

O15
O 15

O20

22

Q R S T U V Z
Body
O40 O40 48 38 38
O35

Vivoil Oleodinamica Vivolo s.r.l. - Sole Shareholder Company - via Leone Ginzburg 2-4 40054 Budrio (BO) Italy tel: +39 051 803689 fax: +39 051 800061
XM213 www.vivoil.com - english 02/07/2009

45
 reversible motor - series XV XV-2M
STANDARD GERMAN "BH" TYPE MOTOR
ø52 BODY-SHAPED FLANGE - MILLED SHANK

X 2 M 51 19 C R R E
Series X series XV
Group 2 group 2
Category M reversible motor
Displacement 51 17
Flange 19 Ø52 GERMAN STARDARDIZED reversible rotation (with OR)
Shaft C CF001 - Milled shank ø15 - thk.8 ("BH" Standard German)
IN R inlet - Ø35 a 45° Ø15 M6
Body
OUT R outlet - Ø35 a 45° Ø15 M6
Cover E with external drainage
XM216

98
Technical data table 60
TYPE Displacement Max. Pressure CODE

cm3/rev P1 bar P3 bar External drainage Internal drainage

60
86
XV-2M/04 4,20 260 300 X 2 M 41 19 C R R E X 2 M 41 19 C R R F
XV-2M/06 6,00 260 300 X 2 M 43 19 C R R E X 2 M 43 19 C R R F
XV-2M/09 8,40 260 300 X 2 M 45 19 C R R E X 2 M 45 19 C R R F
XV-2M/11 10,80 260 300 X 2 M 47 19 C R R E X 2 M 47 19 C R R F
1/4" BSP
XV-2M/14 14,40 250 290 X 2 M 49 19 C R R E X 2 M 49 19 C R R F T.4

+0,025
-0,050
O 19

O 19
XV-2M/17 16,80 230 270 X 2 M 51 19 C R R E X 2 M 51 19 C R R F +0,025
O 8 -0,050

8
XV-2M/19 19,20 210 250 X 2 M 53 19 C R R E X 2 M 53 19 C R R F
XV-2M/22 22,80 200 240 X 2 M 55 19 C R R E X 2 M 55 19 C R R F
XV-2M/26 26,20 170 210 X 2 M 57 19 C S S E X 2 M 57 19 C S S F

12
XV-2M/30 30,00 160 200 X 2 M 59 19 C S S E X 2 M 59 19 C S S F
XV-2M/34 34,20 150 190 X 2 M 61 19 C S S E X 2 M 61 19 C S S F O 30

-0,025
-0,083
XV-2M/40 39,60 140 180 X 2 M 63 19 C S S E X 2 M 63 19 C S S F O 42
T.2 O 16,8

8
P1) Max. working pressure - P3) Max. peak pressure

3
For heavy-duty applications, it is recommended to check the admissible torque of the shaft
10,2

6,5
Dimensions table
-0,025
TYPE Weight A B C D E F D E F O
G
D
E
FI 52 f7 -0,050
7,2

OR 47,30 X 2,62
kg mm mm mm IN OUT INOUT
-IN
OUT
XV-2M/04 2,100 87,2 38,6 77,2 ø15 35 M6x1 ø15 35 M6x1
B

XV-2M/06 2,200 90,2 38,6 80,2 ø15 35 M6x1 ø15 35 M6x1

XV-2M/09 2,300 94,2 40,6 84,2 ø15 35 M6x1 ø15 35 M6x1
C

D
E

XV-2M/11 2,400 98,2 45,0 88,2 ø15 35 M6x1 ø15 35 M6x1

A

XV-2M/14 2,600 104,2 45,0 94,2 ø15 35 M6x1 ø15 35 M6x1

F

XV-2M/17 2,700 108,2 45,0 98,2 ø15 35 M6x1 ø15 35 M6x1

XV-2M/19 2,800 112,2 45,0 102,2 ø15 35 M6x1 ø15 35 M6x1
XV-2M/22 2,950 118,2 52,5 108,2 ø15 35 M6x1 ø15 35 M6x1 15,7
XV-2M/26 3,050 122,2 52,5 112,2 ø20 40 M6x1 ø20 40 M6x1 T.1
14,3
XV-2M/30 3,300 130,2 60,7 120,2 ø20 40 M6x1 ø20 40 M6x1
XV-2M/34 3,500 137,2 60,7 127,2 ø20 40 M6x1 ø20 40 M6x1
XV-2M/40 3,700 146,2 60,7 136,2 ø20 40 M6x1 ø20 40 M6x1
30

O 10,5
30

45,7
26/08/04 X2R5119CRRE.dft
T.1 = 54÷58.9 [Nm] - screw tightening torque M10
T.2 = 60.5 [Nm] - admissible shaft torque (N.B. When choosing a shaft, always check the admissible torque).
T.4 = 0.3÷0,5 bar - max. drainage pressure

Vivoil Oleodinamica Vivolo s.r.l. - Sole Shareholder Company - via Leone Ginzburg 2-4 40054 Budrio (BO) Italy tel: +39 051 803689 fax: +39 051 800061
XM216 www.vivoil.com - english 02/07/2009

46
 Table of variations XV-2M
Standard German ø52 "BH" FLANGE

Testo5:
Standard German ø52 "BH" FLANGE Shaft Testo5: Cover

CF001 - Milled shank SCF05 - Splined

T.2 = 60.5 [Nm] T.2 = 86.2 [Nm]

19 C m=1,6 Z=9 K E
DIN 5482 - 17x14

O 16,8
-0.025
8 -0.083

O 16,5 h11
6,5 3 11 2,9
External drainage
SCF01 - Splined
32,5 32,5
T.2 = 86.2 [Nm]
22 m=1,6 Z=9
L F
DIN 5482 - 17x14

O 16,5 h11
15,7

IN O 12 OUT O 12
9,2 1,8
Internal drainage

19,5 19,5

1/2 BSP
1/2 BSP
K

IN
OUT
D 1/4" BSP

IN + OUT + external

1/2 BSP
1/2 BSP
19,5 19,5
L

OUT IN
IN + OUT + internal
Displacement Standard bodies
TYPE CODE Displacement cm3/rev Standard threads
XV-2M/04 41 4 O-O R-R B-B Z-Z
XV-2M/06 43 6 O-O R-R B-B Z-Z
XV-2M/09 45 9 O-O R-R B-B Z-Z
XV-2M/11 47 11 O-O R-R B-B Z-Z
XV-2M/14 49 14 P-P R-R C-C Z-Z
XV-2M/17 51 17 P-P R-R C-C Z-Z
XV-2M/19 53 19 P-P R-R C-C Z-Z
XV-2M/22 55 22 P-P R-R C-C Z-Z
XV-2M/26 57 26 Q-P S-S D-D Z-Z
XV-2M/30 59 30 Q-P S-S D-D Z-Z
XV-2M/34 61 34 Q-P S-S D-D Z-Z
XV-2M/40 63 40 Q-P S-S D-D Z-Z
Table showing standard flange and thread
combinations available in stock

Body (threads/flanges)
3/8"BSP 1/2"BSP 3/4"BSP 1"BSP M14x1,5 M16x1.5 M18x1,5

A B C D E F G

M20x1,5 M22x1,5 7/8"-14UNF 1-5/16"-12UNF M6x1 M8x1.25

1-16"-12UNF
O13.5

O20

H I L M N O P
O30 O40
M8x1.25 M6x1 M6x1 M6x1 M8x1.25 M6x1
O23.5

45°
45 °

Closed
17.5

17.5
O20

O15

O15
O 15

O20

22

Q R S T U V Z
Body
O40 O40 48 38 38
O35

Vivoil Oleodinamica Vivolo s.r.l. - Sole Shareholder Company - via Leone Ginzburg 2-4 40054 Budrio (BO) Italy tel: +39 051 803689 fax: +39 051 800061
XM216 www.vivoil.com - english 02/07/2009

47
 reversible motor - series XV XV-2M
STANDARD GERMAN MOTOR
ø80 FLANGE - TAPER SHAFT

X 2 M 51 25 F R R E
Series X series XV
Group 2 group 2
Category M reversible motor
Displacement 51 17
Flange 25 Ø80 GERMAN STARDARDIZED reversible rotation (with OR)
Shaft F CO002 - Tapered 1:5 - ø17.4 - M12x1.5 - key thk.3
IN R inlet - Ø35 a 45° Ø15 M6
Body
OUT R outlet - Ø35 a 45° Ø15 M6
Cover E with external drainage
XM217
117
Technical data table 98
TYPE Displacement Max. Pressure CODE

cm3/rev P1 bar P3 bar External drainage Internal drainage

90
86
XV-2M/04 4,20 260 300 X 2 M 41 25 F R R E X 2 M 41 25 F R R F
XV-2M/06 6,00 260 300 X 2 M 43 25 F R R E X 2 M 43 25 F R R F
XV-2M/09 8,40 260 300 X 2 M 45 25 F R R E X 2 M 45 25 F R R F
XV-2M/11 10,80 260 300 X 2 M 47 25 F R R E X 2 M 47 25 F R R F
XV-2M/14 14,40 250 290 X 2 M 49 25 F R R E X 2 M 49 25 F R R F 1/4" BSP T.4
XV-2M/17 16,80 230 270 X 2 M 51 25 F R R E X 2 M 51 25 F R R F
9,2

3
XV-2M/19 19,20 210 250 X 2 M 53 25 F R R E X 2 M 53 25 F R R F OR 75,82 X 1,78
XV-2M/22 22,80 200 240 X 2 M 55 25 F R R E X 2 M 55 25 F R R F O 17,4

13
XV-2M/26 26,20 170 210 X 2 M 57 25 F S S E X 2 M 57 25 F S S F
M 12 x 1.5
XV-2M/30 30,00 160 200 X 2 M 59 25 F S S E X 2 M 59 25 F S S F

18,8
XV-2M/34 34,20 150 190 X 2 M 61 25 F S S E X 2 M 61 25 F S S F
XV-2M/40 39,60 140 180 X 2 M 63 25 F S S E X 2 M 63 25 F S S F

6,15
P1) Max. working pressure - P3) Max. peak pressure T.3 -0,072
O 80 e7 -0,107
For heavy-duty applications, it is recommended to check the admissible torque of the shaft G 1:5

Dimensions table T.2

37,95
7,2

TYPE Weight A B C D E F D E F O
G
D
E
FI

kg mm mm mm IN OUT INOUT
-IN
OUT
12,5

XV-2M/04 2,330 89,7 41,1 79,7 ø15 35 M6x1 ø15 35 M6x1

B

XV-2M/06 2,430 92,7 41,1 82,7 ø15 35 M6x1 ø15 35 M6x1 D

E
C

XV-2M/09 2,530 96,7 43,1 86,7 ø15 35 M6x1 ø15 35 M6x1

A

XV-2M/11 2,630 100,7 47,5 90,7 ø15 35 M6x1 ø15 35 M6x1

F

XV-2M/14 2,730 106,7 47,5 96,7 ø15 35 M6x1 ø15 35 M6x1

XV-2M/17 2,830 110,7 47,5 100,7 ø15 35 M6x1 ø15 35 M6x1
XV-2M/19 2,930 114,7 47,5 104,7 ø15 35 M6x1 ø15 35 M6x1 15,7
XV-2M/22 3,180 120,7 55,0 110,7 ø15 35 M6x1 ø15 35 M6x1 T.1
XV-2M/26 3,280 124,7 55,0 114,7 ø20 40 M6x1 ø20 40 M6x1 100
XV-2M/30 3,530 132,7 63,2 122,7 ø20 40 M6x1 ø20 40 M6x1 7,8 34,5 65,5 8,7
XV-2M/34 3,730 139,7 63,2 129,7 ø20 40 M6x1 ø20 40 M6x1
XV-2M/40 3,930 148,7 63,2 138,7 ø20 40 M6x1 ø20 40 M6x1
36
72

O9
36

26/08/04 X2R5125FRRE.dft
T.1 = 54÷58.9 [Nm] - screw tightening torque M10 T.3 = 40 [Nm] - torque wrench setting 19
T.2 = 233.2 [Nm] - admissible shaft torque (N.B. When choosing a shaft, always check the admissible torque).
T.4 = 0.3÷0,5 bar - max. drainage pressure

Vivoil Oleodinamica Vivolo s.r.l. - Sole Shareholder Company - via Leone Ginzburg 2-4 40054 Budrio (BO) Italy tel: +39 051 803689 fax: +39 051 800061
XM217 www.vivoil.com - english 02/07/2009

48
 Table of variations XV-2M
ø80 FLANGE

Testo5: ø80 FLANGE Shaft Testo5: Cover

CI001 - Parallel CI002 - Parallel

T.2 = 44.1 [Nm] T.2 = 67.5 [Nm]

25 A B E

O 17,42

M6x1
4 4

9,76
9

O 15,875 h7
1/4"28-UNF
O 15 h7
13

3,95 30 6,2 23,8

External drainage
CO001 - Tapered CO002 - Tapered

T.2 = 233.2 [Nm] T.2 = 233.2 [Nm]

E F F
O 17,42

O 17,42
G 1:8 G 1:5
4 3

9,4

9,2
M12x1.5
M12x1.5
3,95 21,5 12,5 6,15 18,8 13
Internal drainage
SCF03 - Splined
19,5 19,5

1/2 BSP
T.2 m=1,6
= 86.1 [Nm]

1/2 BSP
Z=9
DIN 5482 - 17x14
O 16,5 h11 H K

IN
OUT
D 1/4" BSP
4 18,8
IN + OUT + external

1/2 BSP
1/2 BSP
19,5 19,5
L

OUT IN
IN + OUT + internal
Displacement Standard bodies
TYPE CODE Displacement cm3/rev Standard threads
XV-2M/04 41 4 O-O R-R B-B Z-Z
XV-2M/06 43 6 O-O R-R B-B Z-Z
XV-2M/09 45 9 O-O R-R B-B Z-Z
XV-2M/11 47 11 O-O R-R B-B Z-Z
XV-2M/14 49 14 P-P R-R C-C Z-Z
XV-2M/17 51 17 P-P R-R C-C Z-Z
XV-2M/19 53 19 P-P R-R C-C Z-Z
XV-2M/22 55 22 P-P R-R C-C Z-Z
XV-2M/26 57 26 Q-P S-S D-D Z-Z
XV-2M/30 59 30 Q-P S-S D-D Z-Z
XV-2M/34 61 34 Q-P S-S D-D Z-Z
XV-2M/40 63 40 Q-P S-S D-D Z-Z
Table showing standard flange and thread
combinations available in stock

Body (threads/flanges)
3/8"BSP 1/2"BSP 3/4"BSP 1"BSP M14x1,5 M16x1.5 M18x1,5

A B C D E F G

M20x1,5 M22x1,5 7/8"-14UNF 1-5/16"-12UNF M6x1 M8x1.25

1-16"-12UNF
O13.5

O20

H I L M N O P
O30 O40
M8x1.25 M6x1 M6x1 M6x1 M8x1.25 M6x1
O23.5

45°
45 °

Closed
17.5

17.5
O20

O15

O15
O 15

O20

22

Q R S T U V Z
Body
O40 O40 48 38 38
O35

Vivoil Oleodinamica Vivolo s.r.l. - Sole Shareholder Company - via Leone Ginzburg 2-4 40054 Budrio (BO) Italy tel: +39 051 803689 fax: +39 051 800061
XM217 www.vivoil.com - english 02/07/2009

49
 reversible motor - series XV XV-2M
SAE A TYPE MOTOR
ø82.5 FLANGE - SPLINED SHAFT

X 2 M 51 31 I R R E
Series X series XV
Group 2 group 2
Category M reversible motor
Displacement 51 17
Flange 31 Ø82.5 SAE A reversible rotation (with OR)
Shaft I SCF04 - Splined ø15.456 z=9, H=22.5 - SAE J498 9T 16/32DP
IN R inlet - Ø35 a 45° Ø15 M6
Body
OUT R outlet - Ø35 a 45° Ø15 M6
Cover E with external drainage
XM219
98
Technical data table
TYPE Displacement Max. Pressure CODE

cm3/rev P1 bar P3 bar External drainage Internal drainage

86
XV-2M/04 4,20 260 300 X 2 M 41 31 I R R E X 2 M 41 31 I R R F
XV-2M/06 6,00 260 300 X 2 M 43 31 I R R E X 2 M 43 31 I R R F
XV-2M/09 8,40 260 300 X 2 M 45 31 I R R E X 2 M 45 31 I R R F
XV-2M/11 10,80 260 300 X 2 M 47 31 I R R E X 2 M 47 31 I R R F
XV-2M/14 14,40 250 290 X 2 M 49 31 I R R E X 2 M 49 31 I R R F T.4
XV-2M/17 16,80 230 270 X 2 M 51 31 I R R E X 2 M 51 31 I R R F 1/4" BSP
XV-2M/19 19,20 210 250 X 2 M 53 31 I R R E X 2 M 53 31 I R R F SAE J 498
XV-2M/22 22,80 200 240 X 2 M 55 31 I R R E X 2 M 55 31 I R R F 0
9T 16/32 DP
O 15,456 -0,0127
XV-2M/26 26,20 170 210 X 2 M 57 31 I S S E X 2 M 57 31 I S S F
XV-2M/30 30,00 160 200 X 2 M 59 31 I S S E X 2 M 59 31 I S S F OR 82,72 X 1,78
XV-2M/34 34,20 150 190 X 2 M 61 31 I S S E X 2 M 61 31 I S S F T.2
+0,050
XV-2M/40 39,60 140 180 X 2 M 63 31 I S S E X 2 M 63 31 I S S F O 82,5 0

P1) Max. working pressure - P3) Max. peak pressure

22,5
6

For heavy-duty applications, it is recommended to check the admissible torque of the shaft

9,2
Dimensions table
12
B

TYPE Weight A B C D E F D E F O
G
D
E
FI

E
D
kg mm mm mm IN OUT INOUT
-IN
OUT
C
A

XV-2M/04 2,280 88,0 39,4 78,0 ø15 35 M6x1 ø15 35 M6x1 F

XV-2M/06 2,380 91,0 39,4 81,0 ø15 35 M6x1 ø15 35 M6x1
XV-2M/09 2,480 95,0 41,4 85,0 ø15 35 M6x1 ø15 35 M6x1
XV-2M/11 2,580 99,0 45,8 89,0 ø15 35 M6x1 ø15 35 M6x1 15,7
XV-2M/14 2,780 105,0 45,8 95,0 ø15 35 M6x1 ø15 35 M6x1
T.1
XV-2M/17 2,880 109,0 45,8 99,0 ø15 35 M6x1 ø15 35 M6x1
XV-2M/19 2,980 113,0 45,8 103,0 ø15 35 M6x1 ø15 35 M6x1
XV-2M/22 3,130 119,0 53,3 109,0 ø15 35 M6x1 ø15 35 M6x1
XV-2M/26 3,230 123,0 53,3 113,0 ø20 40 M6x1 ø20 40 M6x1
XV-2M/30 3,480 131,0 61,5 121,0 ø20 40 M6x1 ø20 40 M6x1
130,4
106,4

XV-2M/34 3,680 138,0 61,5 128,0 ø20 40 M6x1 ø20 40 M6x1

XV-2M/40 3,880 147,0 61,5 137,0 ø20 40 M6x1 ø20 40 M6x1

11,4
95,5
26/08/04 X2R5131IRRE.dft
T.1 = 54÷58.9 [Nm] - screw tightening torque M10
T.2 = 67.1 [Nm] - admissible shaft torque (N.B. When choosing a shaft, always check the admissible torque).
T.4 = 0.3÷0,5 bar - max. drainage pressure

Vivoil Oleodinamica Vivolo s.r.l. - Sole Shareholder Company - via Leone Ginzburg 2-4 40054 Budrio (BO) Italy tel: +39 051 803689 fax: +39 051 800061
XM219 www.vivoil.com - english 02/07/2009

50
 Table of variations XV-2M
ø82.5 FLANGE "SAE A"

Testo5: ø82.5 FLANGE "SAE A" Shaft Testo5: Cover

CI001 - Parallel CI002 - Parallel

T.2 = 44.1 [Nm] T.2 = 67.5 [Nm]

31 A B E
4
4

9,76
1/4"-28-UNF

O 15,875 h7
13

9
O 15 h7
13

M6x1
5,65 30 7,9 23,8 External drainage
CO001 - Tapered CO002 - Tapered

T.2 = 233.2 [Nm] T.2 = 233.2 [Nm]

32 E F F

M12x1.5

O 17,42
M12x1.5
O 17,42
G 1:8
4 3

9,4

9,2
Without OR G 1:5
7,85 13
5,65 21,5 12,5
18,8 Internal drainage
SCF04 - Splined
19,5 19,5

1/2 BSP
T.2 = 67.1 [Nm]

1/2 BSP
SAE J 498 I K
9T 16/32 DP
-0.127
0
O 15,456

IN
OUT
D 1/4" BSP
9,2 22,5
IN + OUT + external

1/2 BSP
1/2 BSP
19,5 19,5
L

OUT IN
IN + OUT + internal
Displacement Standard bodies
TYPE CODE Displacement cm3/rev Standard threads
XV-2M/04 41 4 O-O R-R B-B Z-Z
XV-2M/06 43 6 O-O R-R B-B Z-Z
XV-2M/09 45 9 O-O R-R B-B Z-Z
XV-2M/11 47 11 O-O R-R B-B Z-Z
XV-2M/14 49 14 P-P R-R C-C Z-Z
XV-2M/17 51 17 P-P R-R C-C Z-Z
XV-2M/19 53 19 P-P R-R C-C Z-Z
XV-2M/22 55 22 P-P R-R C-C Z-Z
XV-2M/26 57 26 Q-P S-S D-D Z-Z
XV-2M/30 59 30 Q-P S-S D-D Z-Z
XV-2M/34 61 34 Q-P S-S D-D Z-Z
XV-2M/40 63 40 Q-P S-S D-D Z-Z
Table showing standard flange and thread
combinations available in stock

Body (threads/flanges)
3/8"BSP 1/2"BSP 3/4"BSP 1"BSP M14x1,5 M16x1.5 M18x1,5

A B C D E F G

M20x1,5 M22x1,5 7/8"-14UNF 1-5/16"-12UNF M6x1 M8x1.25

1-16"-12UNF
O13.5

O20

H I L M N O P
O30 O40
M8x1.25 M6x1 M6x1 M6x1 M8x1.25 M6x1
O23.5

45°
45 °

Closed
17.5

17.5
O20

O15

O15
O 15

O20

22

Q R S T U V Z
Body
O40 O40 48 38 38
O35

Vivoil Oleodinamica Vivolo s.r.l. - Sole Shareholder Company - via Leone Ginzburg 2-4 40054 Budrio (BO) Italy tel: +39 051 803689 fax: +39 051 800061
XM219 www.vivoil.com - english 02/07/2009

51
 reversible motor - series XV XV-3M
STANDARD EUROPEAN MOTOR
ø50.8 FLANGE - TAPER SHAFT

X 3 M 78 01 A B B E
Series X series XV
Group 3 group 3
Category M reversible motor
Displacement 78 38
Flange 01 Ø50.8 reversible rotation
Shaft A CO001 - Tapered 1:8 - ø22 - key thk.4
IN B inlet - Ø51 Ø27 M10
Body
OUT B outlet - Ø51 Ø27 M10
Cover E with external drainage
XM301
158
Technical data table 142

3/8" BSP
TYPE Displacement Max. Pressure CODE

cm3/rev P1 bar P3 bar External drainage Internal drainage

119
113
XV-3M/15 14,89 250 270 X 3 M 66 01 A A A E X 3 M 66 01 A A A F
XV-3M/18 17,37 250 270 X 3 M 68 01 A A A E X 3 M 68 01 A A A F
XV-3M/21 21,10 250 270 X 3 M 70 01 A A A E X 3 M 70 01 A A A F
XV-3M/27 26,97 250 270 X 3 M 72 01 A A A E X 3 M 72 01 A A A F
XV-3M/32 32,27 250 270 X 3 M 74 01 A B B E X 3 M 74 01 A B B F 11,5 T.1
XV-3M/38 38,47 250 270 X 3 M 78 01 A B B E X 3 M 78 01 A B B F T.4

4 h8
XV-3M/43 43,44 250 270 X 3 M 79 01 A B B E X 3 M 79 01 A B B F O 22
XV-3M/47 47,16 230 250 X 3 M 80 01 A B B E X 3 M 80 01 A B B F M14x1,5
XV-3M/51 50,88 230 250 X 3 M 81 01 A B B E X 3 M 81 01 A B B F
XV-3M/54 54,60 230 250 X 3 M 82 01 A B B E X 3 M 82 01 A B B F
XV-3M/61 60,81 230 250 X 3 M 83 01 A C C E X 3 M 83 01 A C C F
XV-3M/64 64,53 210 230 X 3 M 85 01 A C C E X 3 M 85 01 A C C F O 24,93
-0.030
XV-3M/70 70,74 200 220 X 3 M 86 01 A C C E X 3 M 86 01 A C C F T.3 O 50,8 f8 -0.076

XV-3M/74 74,46 180 200 X 3 M 87 01 A C C E X 3 M 87 01 A C C F G 1/8

14
XV-3M/90 86,87 150 170 X 3 M 89 01 A C C E X 3 M 89 01 A C C F T.2
P1) Max. working pressure - P3) Max. peak pressure

46
24
For heavy-duty applications, it is recommended to check the admissible torque of the shaft

8
Dimensions table
22
B

TYPE Weight A B C D E F D E F O
G
D
E
FI
D

E
A

kg mm mm mm IN OUT INOUT
-IN
OUT
XV-3M/15 7,010 122,0 61,0 ø20 40 M8 ø20 40 M8
F

XV-3M/18 7,070 124,0 62,0 ø20 40 M8 ø20 40 M8

XV-3M/21 7,150 127,0 63,5 ø20 40 M8 ø20 40 M8
XV-3M/27 7,250 131,0 65,5 ø20 40 M8 ø20 40 M8 137
XV-3M/32 7,390 136,0 68,0 ø27 51 M10 ø27 51 M10
45 92
11

11

XV-3M/38 7,520 141,0 70,5 ø27 51 M10 ø27 51 M10

XV-3M/43 7,630 145,0 72,5 ø27 51 M10 ø27 51 M10
49,2

XV-3M/47 7,710 148,0 74,0 ø27 51 M10 ø27 51 M10

XV-3M/51 7,790 151,0 75,5 ø27 51 M10 ø27 51 M10
98,4

XV-3M/54 7,870 154,0 77,0 ø27 51 M10 ø27 51 M10

49,2

XV-3M/61 8,010 159,0 79,5 ø36 62 M10 ø36 62 M10

XV-3M/64 8,090 162,0 81,0 ø36 62 M10 ø36 62 M10
2,1 6,8
XV-3M/70 8,220 167,0 83,5 ø36 62 M10 ø36 62 M10 42,9 85,2
XV-3M/74 8,300 170,0 85,0 ø36 62 M10 ø36 62 M10 128,1
XV-3M/90 8,570 180,0 90,0 ø36 62 M10 ø36 62 M10 26/08/04 X3R7801ABBE.dft

T.1 = 60÷65 [Nm] - screw tightening torque M10 T.3 = 75 [Nm] - torque wrench setting 22
T.2 = 482 [Nm] - admissible shaft torque (N.B. When choosing a shaft, always check the admissible torque).
T.4 = 0.3÷0,5 bar - max. drainage pressure

Vivoil Oleodinamica Vivolo s.r.l. - Sole Shareholder Company - via Leone Ginzburg 2-4 40054 Budrio (BO) Italy tel: +39 051 803689 fax: +39 051 800061
XM301 www.vivoil.com - english 02/07/2009

52
 Table of variations XV-3M
ø50.8 FLANGE

Testo5: ø50.8 FLANGE Shaft Testo5: Cover

CO001 - Tapered CI001 - Parallel

T.2 = 482 [Nm] T.2 = 181 [Nm]

01 A B E

M14x1.5
G 1:8

O 22

M8x1,25
O20 h7
4 h8
5 h8

11,5

11,6
18
8 24 14 D 3/8" BSP
6 40
External drainage
SCF03 - Splined CI004 - Parallel

T.2 = 223 [Nm] T.2 = 180 [Nm]

C H F

O 21,5 h11

ø 22,225 h7
1/4-28 UNF
m=1,6 Z=13
DIN 5482 - 22x19
41,2
6,35 h9
33,3

18

25
9 25 Internal drainage
SCF04 - Splined
26,5 26,5

3/4 BSP

3/4 BSP
T.2 = 264 [Nm]
SAE J498
I K
41,2 13T 16/32 DP
33,55 O 21,81 0
-0.127

OUT IN
29,94
D 3/8" BSP
IN + OUT + external
26,5 26,5

3/4 BSP

3/4 BSP
L

OUT IN
IN + OUT + internal
Displacement Standard bodies
TYPE CODE Displacement cm3/rev Standard threads
XV-3M/15 66 15 A-A D-D H–H
XV-3M/18 68 18 A-A D-D H–H
XV-3M/21 70 21 A-A D-D H–H
XV-3M/27 72 27 A-A E-E H–H
XV-3M/32 74 32 B-B E-E H–H
XV-3M/38 78 38 B-B E-E H–H
XV-3M/43 79 43 B-B E-E H–H
XV-3M/47 80 47 B-B E-E H–H
XV-3M/51 81 51 B-B E-E H–H
XV-3M/54 82 54 B-B E-E H–H
XV-3M/61 83 61 C-C F-F
XV-3M/64 85 64 C-C F-F
XV-3M/70 86 70 C-C F-F
XV-3M/74 87 74 C-C F-F
XV-3M/90 89 90 C-C F-F
Table showing standard flange and thread
combinations available in stock

Body (threads/flanges)
M8x1.25 M10x1.5 M10x1.5 1" BSP 1" 1/4 BSP M8x1,25
3/4 BSP
O 18
O36

45 °
O20

O27

A B C D E F G
O51 O62 O55
O40
ø 38

M12x1.75 22,23 26,19 30,18 35,71

M8x1,25 3/8 BSP
O36
45 °

47,63

69,85
52,37
ø 19

58,72
ø 25

O32

H I L M N O P
O25

O55 O62 3/8-16UNC-2B 3/8-16UNC-2B 7/16-14UNC-2B 1/2-13UNC-2B

Closed
Z
Body

Vivoil Oleodinamica Vivolo s.r.l. - Sole Shareholder Company - via Leone Ginzburg 2-4 40054 Budrio (BO) Italy tel: +39 051 803689 fax: +39 051 800061
XM301 www.vivoil.com - english 02/07/2009

53
 reversible motor - series XV XV-3M
STANDARD EUROPEAN MOTOR
ø50.8 FLANGE - TAPER SHAFT

X 3 M 78 01 A E E E
Series X series XV
Group 3 group 3
Category M reversible motor
Displacement 78 38
Flange 01 Ø50.8 reversible rotation
Shaft A CO001 - Tapered 1:8 - ø22 - key thk.4
IN E inlet - 1" BSP
Body
OUT E outlet - 1" BSP
Cover E with external drainage
XM302

158
Technical data table 142

3/8" BSP
TYPE Displacement Max. Pressure CODE

cm3/rev P1 bar P3 bar External drainage Internal drainage

119
113
XV-3M/15 14,89 250 270 X 3 P 66 01 A D D E X 3 P 66 02 A D D F
XV-3M/18 17,37 250 270 X 3 P 68 01 A D D E X 3 P 68 02 A D D F
XV-3M/21 21,10 250 270 X 3 P 70 01 A D D E X 3 P 70 02 A D D F
XV-3M/27 26,97 250 270 X 3 P 72 01 A E E E X 3 P 72 02 A E E F
XV-3M/32 32,27 250 270 X 3 P 74 01 A E E E X 3 P 74 02 A E E F 11,5 T.1
XV-3M/38 38,47 250 270 X 3 P 78 01 A E E E X 3 P 78 02 A E E F T.4

4 h8
XV-3M/43 43,44 250 270 X 3 P 79 01 A E E E X 3 P 79 02 A E E F O 22
XV-3M/47 47,16 230 250 X 3 P 80 01 A E E E X 3 P 80 02 A E E F M14x1,5
XV-3M/51 50,88 230 250 X 3 P 81 01 A E E E X 3 P 81 02 A E E F
XV-3M/54 54,60 230 250 X 3 P 82 01 A E E E X 3 P 82 02 A E E F
XV-3M/61 60,81 230 250 X 3 P 83 01 A F F E X 3 P 83 02 A F F F
XV-3M/64 64,53 210 230 X 3 P 85 01 A F F E X 3 P 85 02 A F F F O 24,93
-0.030
XV-3M/70 70,74 200 220 X 3 P 86 01 A F F E X 3 P 86 02 A F F F T.3 O 50,8 f8 -0.076

XV-3M/74 74,46 180 200 X 3 P 87 01 A F F E X 3 P 87 02 A F F F G 1/8

14
XV-3M/90 86,87 150 170 X 3 P 89 01 A F F E X 3 P 89 02 A F F F T.2
P1) Max. working pressure - P3) Max. peak pressure

46
24
For heavy-duty applications, it is recommended to check the admissible torque of the shaft
22

8
Dimensions table
B

TYPE Weight A B C D D O
G
D
E
FI
D
A

kg mm mm mm IN OUT INOUT
-IN
OUT
XV-3M/15 7,010 122,0 61,0 3/4" BSPP 3/4" BSPP
XV-3M/18 7,070 124,0 62,0 3/4" BSPP 3/4" BSPP
XV-3M/21 7,150 127,0 63,5 3/4" BSPP 3/4" BSPP
XV-3M/27 7,250 131,0 65,5 1" BSPP 1" BSPP 137
XV-3M/32 7,390 136,0 68,0 1" BSPP 1" BSPP
45 92
11

11

XV-3M/38 7,520 141,0 70,5 1" BSPP 1" BSPP

XV-3M/43 7,630 145,0 72,5 1" BSPP 1" BSPP
49,2

XV-3M/47 7,710 148,0 74,0 1" BSPP 1" BSPP

XV-3M/51 7,790 151,0 75,5 1" BSPP 1" BSPP
98,4

XV-3M/54 7,870 154,0 77,0 1" BSPP 1" BSPP

49,2

XV-3M/61 8,010 159,0 79,5 1" 1/4 BSPP 1" 1/4 BSPP
XV-3M/64 8,090 162,0 81,0 1" 1/4 BSPP 1" 1/4 BSPP
2,1 6,8
XV-3M/70 8,220 167,0 83,5 1" 1/4 BSPP 1" 1/4 BSPP 42,9 85,2
XV-3M/74 8,300 170,0 85,0 1" 1/4 BSPP 1" 1/4 BSPP 128,1
XV-3M/90 8,570 180,0 90,0 1" 1/4 BSPP 1" 1/4 BSPP 26/08/04 X3R7801AEEE.dft

T.1 = 60÷65 [Nm] - screw tightening torque M10 T.3 = 75 [Nm] - torque wrench setting 22
T.2 = 482 [Nm] - admissible shaft torque (N.B. When choosing a shaft, always check the admissible torque).
T.4 = 0.3÷0,5 bar - max. drainage pressure

Vivoil Oleodinamica Vivolo s.r.l. - Sole Shareholder Company - via Leone Ginzburg 2-4 40054 Budrio (BO) Italy tel: +39 051 803689 fax: +39 051 800061
XM302 www.vivoil.com - english 02/07/2009

54
 Table of variations XV-3M
ø50.8 FLANGE

Testo5: ø50.8 FLANGE Shaft Testo5: Cover

CO001 - Tapered CI001 - Parallel

T.2 = 482 [Nm] T.2 = 181 [Nm]

01 A B E

M14x1.5
G 1:8

O 22

M8x1,25
O20 h7
4 h8
5 h8

11,5

11,6
18
8 24 14 D 3/8" BSP
6 40
External drainage
SCF03 - Splined CI004 - Parallel

T.2 = 223 [Nm] T.2 = 180 [Nm]

C H F

O 21,5 h11

ø 22,225 h7
1/4-28 UNF
m=1,6 Z=13
DIN 5482 - 22x19
41,2
6,35 h9
33,3

18

25
9 25 Internal drainage
SCF04 - Splined
26,5 26,5

3/4 BSP

3/4 BSP
T.2 = 264 [Nm]
SAE J498
I K
41,2 13T 16/32 DP
33,55 O 21,81 0
-0.127

OUT IN
29,94
D 3/8" BSP
IN + OUT + external
26,5 26,5

3/4 BSP

3/4 BSP
L

OUT IN
IN + OUT + internal
Displacement Standard bodies
TYPE CODE Displacement cm3/rev Standard threads
XV-3M/15 66 15 A-A D-D H–H
XV-3M/18 68 18 A-A D-D H–H
XV-3M/21 70 21 A-A D-D H–H
XV-3M/27 72 27 A-A E-E H–H
XV-3M/32 74 32 B-B E-E H–H
XV-3M/38 78 38 B-B E-E H–H
XV-3M/43 79 43 B-B E-E H–H
XV-3M/47 80 47 B-B E-E H–H
XV-3M/51 81 51 B-B E-E H–H
XV-3M/54 82 54 B-B E-E H–H
XV-3M/61 83 61 C-C F-F
XV-3M/64 85 64 C-C F-F
XV-3M/70 86 70 C-C F-F
XV-3M/74 87 74 C-C F-F
XV-3M/90 89 90 C-C F-F
Table showing standard flange and thread
combinations available in stock

Body (threads/flanges)
M8x1.25 M10x1.5 M10x1.5 1" BSP 1" 1/4 BSP M8x1,25
3/4 BSP
O 18
O36

45 °
O20

O27

A B C D E F G
O51 O62 O55
O40
ø 38

M12x1.75 22,23 26,19 30,18 35,71

M8x1,25 3/8 BSP
O36
45 °

47,63

69,85
52,37
ø 19

58,72
ø 25

O32

H I L M N O P
O25

O55 O62 3/8-16UNC-2B 3/8-16UNC-2B 7/16-14UNC-2B 1/2-13UNC-2B

Closed
Z
Body

Vivoil Oleodinamica Vivolo s.r.l. - Sole Shareholder Company - via Leone Ginzburg 2-4 40054 Budrio (BO) Italy tel: +39 051 803689 fax: +39 051 800061
XM301 www.vivoil.com - english 02/07/2009

55
 reversible motor - series XV XV-3M
SAE B TYPE MOTOR
ø101.6 FLANGE - SPLINED SHAFT

X 3 M 78 31 I E E E
Series X series XV
Group 3 group 3
Category M reversible motor
Displacement 78 38
Flange 31 Ø101.6 SAE B reversible rotation
Shaft I SCF04 - Splined ø21.81 z=13, H=33.55 SAE J498-13T -16/32DP (SAE B)
IN E inlet - 1" BSP
Body
OUT E outlet - 1" BSP
Cover E with external drainage
XM331

142

3/8" BSPP
Technical data table
TYPE Displacement Max. Pressure CODE

cm3/rev P1 bar P3 bar External drainage Internal drainage

113
XV-3M/15 14,89 250 270 X 3 M 66 31 I D D E X 3 M 66 31 I D D F
XV-3M/18 17,37 250 270 X 3 M 68 31 I D D E X 3 M 68 31 I D D F
XV-3M/21 21,10 250 270 X 3 M 70 31 I D D E X 3 M 70 31 I D D F
XV-3M/27 26,97 250 270 X 3 M 72 31 I E E E X 3 M 72 31 I E E F
XV-3M/32 32,27 250 270 X 3 M 74 31 I E E E X 3 M 74 31 I E E F SAE J498 T.1
XV-3M/38 38,47 250 270 X 3 M 78 31 I E E E X 3 M 78 31 I E E F 13T 16/32 DP T.4
XV-3M/43 43,44 250 270 X 3 M 79 31 I E E E X 3 M 79 31 I E E F
XV-3M/47 47,16 230 250 X 3 M 80 31 I E E E X 3 M 80 31 I E E F O 21,806
0

33,55
-0.127

29
XV-3M/51 50,88 230 250 X 3 M 81 31 I E E E X 3 M 81 31 I E E F
XV-3M/54 54,60 230 250 X 3 M 82 31 I E E E X 3 M 82 31 I E E F
XV-3M/61 60,81 230 250 X 3 M 83 31 I F F E X 3 M 83 31 I F F F
XV-3M/64 64,53 210 230 X 3 M 85 31 I F F E X 3 M 85 31 I F F F
XV-3M/70 70,74 200 220 X 3 M 86 31 I F F E X 3 M 86 31 I F F F O 24,98
XV-3M/74 74,46 180 200 X 3 M 87 31 I F F E X 3 M 87 31 I F F F T.2 O 101,6
0
-0.05
XV-3M/90 86,87 150 170 X 3 M 89 31 I F F E X 3 M 89 31 I F F F
P1) Max. working pressure - P3) Max. peak pressure
9,5
41,2

For heavy-duty applications, it is recommended to check the admissible torque of the shaft
Dimensions table
16
B

TYPE Weight A B C D D O
G
D
E
FI D
A

kg mm mm mm IN OUT INOUT
-IN
OUT
XV-3M/15 7,010 124,0 61,0 3/4"" BSPP 3/4"" BSPP
XV-3M/18 7,070 126,0 62,0 3/4"" BSPP 3/4"" BSPP
XV-3M/21 7,150 129,0 63,5 3/4"" BSPP 3/4"" BSPP
XV-3M/27 7,250 133,0 65,5 1"" BSPP 1"" BSPP 22
XV-3M/32 7,390 138,0 68,0 1"" BSPP 1"" BSPP
XV-3M/38 7,520 143,0 70,5 1"" BSPP 1"" BSPP
XV-3M/43 7,630 147,0 72,5 1"" BSPP 1"" BSPP
O 14,3

XV-3M/47 7,710 150,0 74,0 1"" BSPP 1"" BSPP

XV-3M/51 7,790 153,0 75,5 1"" BSPP 1"" BSPP
174
146

XV-3M/54 7,870 156,0 77,0 1"" BSPP 1"" BSPP

XV-3M/61 8,010 161,0 79,5 1"" 1/4 BSPP 1"" 1/4 BSPP
XV-3M/64 8,090 164,0 81,0 1"" 1/4 BSPP 1"" 1/4 BSPP
XV-3M/70 8,220 169,0 83,5 1"" 1/4 BSPP 1"" 1/4 BSPP
XV-3M/74 8,300 172,0 85,0 1"" 1/4 BSPP 1"" 1/4 BSPP O 120
XV-3M/90 8,570 182,0 90,0 1"" 1/4 BSPP 1"" 1/4 BSPP 19/04/06 X3R7831IEEE.dft

T.1 = 60÷65 [Nm] - screw tightening torque M10

T.2 = 264 [Nm] - admissible shaft torque (N.B. When choosing a shaft, always check the admissible torque).
T.4 = 0.3÷0,5 bar - max. drainage pressure

Vivoil Oleodinamica Vivolo s.r.l. - Sole Shareholder Company - via Leone Ginzburg 2-4 40054 Budrio (BO) Italy tel: +39 051 803689 fax: +39 051 800061
XM331 www.vivoil.com - english 02/07/2009

56
 Table of variations XV-3M
ø101.6 FLANGE ""SAE B""

Testo5: ø101.6 FLANGE ""SAE B"" Shaft Testo5: Cover

CO001 - Tapered CI001 - Parallel

T.224= 482 [Nm] T.2 = 181 [Nm]

31 A B E

M 8 x 1,25
8 14

M 14 X 1,5
5 h8
4 h8

11,6
11,5

O 20 h7
18

O 22
D 3/8" BSP
G 1:8 6 40 External drainage
SCF03 - Splined CI004 - Parallel

T.2 = 223 [Nm] T.2 = 180 [Nm]

C H F

O 21,5 h11
41,2

O 22,225 h7
1/4-28 UNF
m=1,6 Z=13 33,3
DIN 5482 - 22x19
6,35 h9

25
18
9 25 Internal drainage
SCF04 - Splined

3/4" BSP
26,5 26,5

3/4" BSP
T.2 = 264 [Nm]
41,2 I K
33,55
0
O 21,81 -0.127

29,94

SAE J498
OUT IN
13T 16/32 DP D IN3/8" BSP
+ OUT + external
26,5 26,5

3/4" BSP

3/4" BSP
L

OUT IN
IN + OUT + internal
Displacement Standard bodies
TYPE CODE Displacement cm3/rev Standard threads
XV-3M/15 66 15 A-A D-D H–H
XV-3M/18 68 18 A-A D-D H–H
XV-3M/21 70 21 A-A D-D H–H
XV-3M/27 72 27 A-A E-E H–H
XV-3M/32 74 32 B-B E-E H–H
XV-3M/38 78 38 B-B E-E H–H
XV-3M/43 79 43 B-B E-E H–H
XV-3M/47 80 47 B-B E-E H–H
XV-3M/51 81 51 B-B E-E H–H
XV-3M/54 82 54 B-B E-E H–H
XV-3M/61 83 61 C-C F-F
XV-3M/64 85 64 C-C F-F
XV-3M/70 86 70 C-C F-F
XV-3M/74 87 74 C-C F-F
XV-3M/90 89 90 C-C F-F
Table showing standard flange and thread
combinations available in stock

Body (threads/flanges)
M8x1.25 M10x1.5 M10x1.5 1" BSP 1" 1/4 BSP M8x1,25
3/4 BSP
O 18
O36

45 °
O20

O27

A B C D E F G
O51 O62 O55
O40
ø 38

M12x1.75 22,23 26,19 30,18 35,71

M8x1,25 3/8 BSP
O36
45 °

47,63

69,85
52,37
ø 19

58,72
ø 25

O32

H I L M N O P
O25

O55 O62 3/8-16UNC-2B 3/8-16UNC-2B 7/16-14UNC-2B 1/2-13UNC-2B

Closed
Z
Body

Vivoil Oleodinamica Vivolo s.r.l. - Sole Shareholder Company - via Leone Ginzburg 2-4 40054 Budrio (BO) Italy tel: +39 051 803689 fax: +39 051 800061
XM331 www.vivoil.com - english 02/07/2009

57
 reversible motor - series XV XV-3M
SAE B TYPE MOTOR
ø101.6 FLANGE - SPLINED SHAFT

X 3 M 78 31 I O O E
Series X series XV
Group 3 group 3
Category M reversible motor
Displacement 78 38
Flange 31 Ø101.6 SAE B reversible rotation
Shaft I SCF04 - Splined ø21.81 z=13, H=33.55 SAE J498-13T -16/32DP (SAE B)
IN O inlet - SAE 30,18 X 58,72 - ø32 - 7/16-14UNC-2B
Body
OUT O outlet - SAE 30,18 X 58,72 - ø32 - 7/16-14UNC-2B
Cover E with external drainage
XM332
142
Technical data table

3/8" BSPP
TYPE Displacement Max. Pressure CODE

cm3/rev P1 bar P3 bar External drainage Internal drainage

113
XV-3M/15 14,89 250 270 X 3 M 66 31 I NN E X 3 M 66 31 I NN F
XV-3M/18 17,37 250 270 X 3 M 68 31 I NN E X 3 M 68 31 I NN F
XV-3M/21 21,10 250 270 X 3 M 70 31 I NN E X 3 M 70 31 I NN F
XV-3M/27 26,97 250 270 X 3 M 72 31 I NN E X 3 M 72 31 I NN F
XV-3M/32 32,27 250 270 X 3 M 74 31 I OO E X 3 M 74 31 I OO F SAE J498 T.1
XV-3M/38 38,47 250 270 X 3 M 78 31 I OO E X 3 M 78 31 I OO F 13T 16/32 DP T.4
XV-3M/43 43,44 250 270 X 3 M 79 31 I OO E X 3 M 79 31 I OO F
0
XV-3M/47 47,16 230 250 X 3 M 80 31 I OO E X 3 M 80 31 I OO F O 21,806

33,55
-0.127

29
XV-3M/51 50,88 230 250 X 3 M 81 31 I OO E X 3 M 81 31 I OO F
XV-3M/54 54,60 230 250 X 3 M 82 31 I OO E X 3 M 82 31 I OO F
XV-3M/61 60,81 230 250 X 3 M 83 31 I PP E X 3 M 83 31 I PP F
XV-3M/64 64,53 210 230 X 3 M 85 31 I PP E X 3 M 85 31 I PP F
XV-3M/70 70,74 200 220 X 3 M 86 31 I PP E X 3 M 86 31 I PP F O 24,98
XV-3M/74 74,46 180 200 X 3 M 87 31 I PP E X 3 M 87 31 I PP F T.2 O 101,6
0
-0.05

XV-3M/90 86,87 150 170 X 3 M 89 31 I PP E X 3 M 89 31 I PP F

P1) Max. working pressure - P3) Max. peak pressure
9,5
41,2

For heavy-duty applications, it is recommended to check the admissible torque of the shaft
Dimensions table
16

G
B

TYPE Weight A B O
D
C
E
FI D E F G
A

kg mm mm OUT
mm
IN IN - OUT
F

XV-3M/15 7,010 124,0 61,0 ø25 52,37 26,19 3/8-16UNC-2B

XV-3M/18 7,070 126,0 62,0 ø25 52,37 26,19 3/8-16UNC-2B
XV-3M/21 7,150 129,0 63,5 ø25 52,37 26,19 3/8-16UNC-2B E
XV-3M/27 7,250 133,0 65,5 ø25 52,37 26,19 3/8-16UNC-2B 22
XV-3M/32 7,390 138,0 68,0 ø32 58,72 30,18 7/16-14UNC-2B
XV-3M/38 7,520 143,0 70,5 ø32 58,72 30,18 7/16-14UNC-2B
XV-3M/43 7,630 147,0 72,5 ø32 58,72 30,18 7/16-14UNC-2B
O 14,3

XV-3M/47 7,710 150,0 74,0 ø32 58,72 30,18 7/16-14UNC-2B

XV-3M/51 7,790 153,0 75,5 ø32 58,72 30,18 7/16-14UNC-2B
174
146

XV-3M/54 7,870 156,0 77,0 ø32 58,72 30,18 7/16-14UNC-2B

XV-3M/61 8,010 161,0 79,5 ø38 69,85 35,71 1/2-13UNC-2B
XV-3M/64 8,090 164,0 81,0 ø38 69,85 35,71 1/2-13UNC-2B
XV-3M/70 8,220 169,0 83,5 ø38 69,85 35,71 1/2-13UNC-2B
XV-3M/74 8,300 172,0 85,0 ø38 69,85 35,71 1/2-13UNC-2B O 120
XV-3M/90 8,570 182,0 90,0 ø38 69,85 35,71 1/2-13UNC-2B 19/04/06 X3R7831IOOE.dft

T.1 = 60÷65 [Nm] - screw tightening torque M10

T.2 = 264 [Nm] - admissible shaft torque (N.B. When choosing a shaft, always check the admissible torque).
T.4 = 0.3÷0,5 bar - max. drainage pressure

Vivoil Oleodinamica Vivolo s.r.l. - Sole Shareholder Company - via Leone Ginzburg 2-4 40054 Budrio (BO) Italy tel: +39 051 803689 fax: +39 051 800061
XM332 www.vivoil.com - english 02/07/2009

58
 Table of variations XV-3M
ø101.6 FLANGE ""SAE B""

Testo5: ø101.6 FLANGE ""SAE B"" Shaft Testo5: Cover

CO001 - Tapered CI001 - Parallel

T.224= 482 [Nm] T.2 = 181 [Nm]

31 A B E

M 8 x 1,25
8 14

M 14 X 1,5
5 h8
4 h8

11,6
11,5

O 20 h7
18

O 22
D 3/8" BSP
G 1:8 6 40 External drainage
SCF03 - Splined CI004 - Parallel

T.2 = 223 [Nm] T.2 = 180 [Nm]

C H F

O 21,5 h11
41,2

O 22,225 h7
1/4-28 UNF
m=1,6 Z=13 33,3
DIN 5482 - 22x19
6,35 h9

25
18
9 25 Internal drainage
SCF04 - Splined

3/4" BSP
26,5 26,5

3/4" BSP
T.2 = 264 [Nm]
41,2 I K
33,55
0
O 21,81 -0.127

29,94

SAE J498
OUT IN
13T 16/32 DP D IN3/8" BSP
+ OUT + external
26,5 26,5

3/4" BSP

3/4" BSP
L

OUT IN
IN + OUT + internal
Displacement Standard bodies
TYPE CODE Displacement cm3/rev Standard threads
XV-3M/15 66 15 A-A D-D H–H
XV-3M/18 68 18 A-A D-D H–H
XV-3M/21 70 21 A-A D-D H–H
XV-3M/27 72 27 A-A E-E H–H
XV-3M/32 74 32 B-B E-E H–H
XV-3M/38 78 38 B-B E-E H–H
XV-3M/43 79 43 B-B E-E H–H
XV-3M/47 80 47 B-B E-E H–H
XV-3M/51 81 51 B-B E-E H–H
XV-3M/54 82 54 B-B E-E H–H
XV-3M/61 83 61 C-C F-F
XV-3M/64 85 64 C-C F-F
XV-3M/70 86 70 C-C F-F
XV-3M/74 87 74 C-C F-F
XV-3M/90 89 90 C-C F-F
Table showing standard flange and thread
combinations available in stock

Body (threads/flanges)
M8x1.25 M10x1.5 M10x1.5 1" BSP 1" 1/4 BSP M8x1,25
3/4 BSP
O 18
O36

45 °
O20

O27

A B C D E F G
O51 O62 O55
O40
ø 38

M12x1.75 22,23 26,19 30,18 35,71

M8x1,25 3/8 BSP
O36
45 °

47,63

69,85
52,37
ø 19

58,72
ø 25

O32

H I L M N O P
O25

O55 O62 3/8-16UNC-2B 3/8-16UNC-2B 7/16-14UNC-2B 1/2-13UNC-2B

Closed
Z
Body

Vivoil Oleodinamica Vivolo s.r.l. - Sole Shareholder Company - via Leone Ginzburg 2-4 40054 Budrio (BO) Italy tel: +39 051 803689 fax: +39 051 800061
XM331 www.vivoil.com - english 02/07/2009

59
60
 APPENDIX - SPECIAL VERSIONS
®

DOUBLE SHAFT - Variant VA

All versions may be supplied with a double

shaft using all types of shafts and flanges
As per catalogue

Example of order code

Standard ----------------------X0P0602ABBA
With double shaft ------------X0P0602ABBA VA

XV-0 XV-1 XV-2 XV-3

SEALS made of FKM (viton) variant VITON

All versions may be supplied with FKM (viton) seals

Example of order code

Standard-----------------------X0P0602ABBA
With FKM (viton ) seals -----X0P0602ABBA VITON

O-RINGS

Oil seal with backup washer

Variant VDC
(standard for motors)

Double oil seal with double

Variant VDCX
backup washer

Variant VDB DUPLEX oil seal

Double opposed oil seal with

Variant VDBX
backup washer

Motor Oil Seal with backup

washer
Variant VDCO
+
Standard Oil Seal
Example of order code
Standard--------------------------------------X1P0602FIIA
With oil seal and retaining washer -----X1P0602FIIA VDC

61
 ®
MAX. PRESSURE VALVES Max.

Pressure-relief valve VM25 for XV0 series

Technical specifications
Capacity 25 l/min
Max pressure in P 315 bars
Max pressure in T 315 bars
Setting range of spring Type 01 20-140 bars
Setting range of spring Type 02 70-315 bars
Required filtration 10-15 µm
Oil viscosity range 2.8-350 cSt
Recommended oil temperature -20 + 80 °C
Seal material Buna N
Weight 0.110 kg
Pressures with flow of 1 l/min:
95%
opening value in relation to setting
Closing value in relation to setting 75%
Hydraulic oil HM, HV ISO 6074

Pressure-relief valve VM50 for XV1 and XV2 series

Technical specifications
Capacity 50/min
Max pressure in P 350 bars
Max pressure in T 350 bars
Setting range of spring Type 01 10-105 bars
Setting range of spring Type 02 70-210 bars
Setting range of spring Type 03 140-350 bars
Required filtration 10-15 µm
Oil viscosity range 2.8-350 cSt
Recommended oil temperature -20 + 80 °C
Seal material Buna N
Weight 0.125 kg
Pressures with flow of 1 l/min:
95%
opening value in relation to setting
Closing value in relation to setting 75%
Hydraulic oil HM, HV ISO 6074

Standard test settings

Pressure increase
TYPE Pressure (bars) Capacity (l/min)
(bars x turn of screw)
1 (10-105 bars) 50 5 15
2 (70-210 bars) 130 5 32
3 (140-350 bars) 200 5 67

Performance of VM25 and VM50 valves

∆p= Pressure drop in bars

Q = Capacity in litres per minute

62
 ®
UNIONS Max.

90° STEEL ELBOWS

OR V
Code Type A B C D E F G weigth
O ring Screw
8KRG001 RG 26/12-3/8"BSP 3/8" 26 5,5 12 18 9,5 27 ø14,00x1,78 M5x18 0,13
8KRG002 RG 26/12-1/2"BSP 1/2" 26 5,5 12 18 9,5 27 ø14,00x1,78 M5x18 0,12
8KRG003 RG 30/13,5 -3/8"BSP 3/8" 30 6,5 13,5 18 9,5 27 ø15,88x2,62 M6x20 0,17
8KRG004 RG 30/13,5 -1/2"BSP 1/2" 30 6,5 13,5 18 9,5 27 ø15,88x2,62 M6x20 0,16
8KRG005 RG 40/20-1/2"BSP 1/2" 40 8,5 20 21 10,5 38 ø23,81x2,62 M8x25 0,36
8KRG006 RG 40/20-3/4"BSP 3/4" 40 8,5 20 21 10,5 38 ø23,81x2,62 M8x25 0,32
8KRG007 RG 40/23-3/4"BSP 3/4" 40 8,5 23,5 21 10,5 38 ø25,12x1,78 M8x25 0,29
8KRG008 RG 51/27-1"BSP 1" 51 10,5 27 27 13,5 47 ø31,42x2,62 M10x30 0,7
8KRG009 RG 51/27-3/4" BSP 3/4" 51 10,5 27 27 13,5 47 ø31,42x2,62 M10x30 0,7
8KRG011 RG 56/34-3/4" BSP 3/4" 56 10,5 34 27 13,5 47 ø37,77x2,62 M10x30 0,72
8KRG012 RG 62/36-1"1/4 BSP 1"1/4 62 10,5 36 36 19 56 ø41,28x3,53 M10x30 0,94
8KRG015 RG 62/36-1"1/4 BSP M12 1"1/4 62 12,5 36 36 19 56 ø41,28x3,53 M12x35 0,94
8KRG013 RG 72,5/45-1"1/2 BSP 1"1/2 72,5 12,5 45 38 16 58 ø49,20x3,53 M12x35 1,23
8KRG014 RG 92/65-2" BSP 2 92 12,5 65 50 21 75 ø69,85x3,53 M12x40 1,65
A

OR

G
D
C

B F
E

STRAIGHT STEEL UNIONS

OR V
Code Type A B C D E F G Weigth
O ring Screw
8KRD001 RD 26/12-3/8"BSP 3/8" 26 5,5 12 32 10 39 ø14,00x1,78 M5x18 0,11
8KRD002 RD 30/13,5-1/2"BSP 1/2" 30 6,5 13,5 40 10 44 ø15,88x2,62 M6x20 0,14
8KRD005 RD 40/20-3/4"BSP 3/4" 40 8,5 20 42 12 51 ø23,81x2,62 M8x25 0,3
8KRD006 RD 40/23,5-3/4"BSP 3/4" 40 8,5 23,5 42 12 51 ø25,12x1,78 M8x25 0,29
8KRD007 RD 51/27-1"BSP 1" 51 10,5 27 43 12 68 ø31,42x2,62 M10x25 0,46
8KRD008 RD 56/34-1"1/4 BSP 1" 1/4 56 10,5 34 53 12 73 ø37,77x2,62 M10x25 0,68
8KRD009 RD 62/36-1"1/4 BSP 1" 1/4 62 10,5 36 47 13 78 ø41,28x3,53 M10x25 0,9
8KRD010 RD 72,5/45-1"1/2 BSP 1" 1/2 72,5 12,5 45 49 14 89 ø49,20x3,53 M12x30 1,05
8KRD011 RD 92/65-2"1/2 BSP 2" 1/2 92 12,5 65 60 18 114 ø69,85x3,53 M12x40 1,15

B F
V

OR
D
A

G E

63
 ®
UNIONS Max.

SQUARED STEEL ELBOWS

OR V
Code Type A B C D E F G Weight
O ring Screw
N°2 M6x20
8KRQ001 RQ 30/12-3/8"BSP 3/8" 30 6,5 12 19 11 41 ø15,88x2,61 0,29
N°2 M6x35
N°2 M6x20
8KRQ002 RQ 30/12-1/2"BSP 1/2" 30 6,5 12 19 11 41 ø15,88x2,62 0,29
N°2 M6x35
N°2 M6x20
8KRQ003 RQ 35/15 -3/8"BSP 3/8" 35 6,5 15 18 11 40 ø18,72x2,62 0,34
N°2 M6x35
N°2 M6x20
8KRQ004 RQ 35/15 -1/2"BSP 1/2" 35 6,5 15 18 11 40 ø18,72x2,62 0,34
N°2 M6x35
N°2 M6x25
8KRQ005 RQ 40/20-1/2"BSP 1/2" 40 6,5 20 24 10 45 ø22,22x2,62 0,4
N°2 M6x45
N°2 M6x25
8KRQ006 RQ 40/20-3/4"BSP 3/4" 40 6,5 20 24 10 45 ø22,22x2,62 0,4
N°2 M6x45
N°2 M8x25
8KRQ007 RQ 55/25-3/4"BSP 3/4" 55 8,5 25 35 13 54 ø29,75x3,53 0,45
N°2 M8x60
N°2 M8x25
8KRQ008 RQ 55/25-1" BSP 1" 55 8,5 25 35 13 54 ø29,75x3,53 0,45
N°2 M8x60

G
V

V
B OR F
E

STRAIGHT STEEL UNIONS

OR V
Code Type A B C D E F G Weigth
O ring Screw
8KRD003 RD 35/15 (BH)-1/2"BSP 1/2" 35 6,5 14 35 10 40 ø18,72x2,62 M6x20 0,15
8KRD004 RD 40/20 (BH)-3/4"BSP 3/4" 40 6,5 17 35 10 40 ø22,22x2,62 M6x20 0,17
F
B V
D

OR
A
G

G
C

64
 Table of seals OR
®

1.78 2.62 3.53 5.34 6.99 1.78 2.62 3.53 5.34 6.99 1.78 2.62 3.53 5.34 6.99

1.4 2.2 2.9 4.5 6.0

2.5 3.5 4.5 7.0 9.5

2.5 3.5 4.5 7.0 9.5

1.5 2.3 3.2 4.7 6.1 1.5 2.3 3.2 4.7 6.1 2.5 3.5 4.5 7.0 9.5

d S

S=1,78 S=2,62 S=3,53 S=5,34 S=6,99

1,78 33,05 9,13 34,60 82,22 247,33 18,64 52,39 88,50 190,1 37,43 107,2 158,12 481,46 113,7 181,0 342,3
2,57 34,65 9,19 36,14 88,57 20,22 53,37 91,67 196,4 40,65 109,5 164,47 506,86 114,7 183,5 354,9
2,90 37,82 9,92 37,77 94,92 21,82 53,98 94,84 202,8 43,82 110,5 170,82 532,26 116,8 187,3 367,7
3,68 41,00 10,78 39,34 101,27 23,40 55,56 98,02 209,1 47,00 113,7 117,17 557,66 120,0 189,9 380,3
4,47 44,17 11,91 40,95 107,63 24,99 56,74 101,2 215,5 50,16 116,84 183,52 582,68 123,2 193,7 393,1
5,28 47,35 12,37 42,52 113,98 25,80 57,15 104,4 221,8 53,34 117,5 189,87 608,08 124,6 196,2
6,07 50,52 13,10 44,12 120,33 26,58 58,74 107,5 228,2 56,52 120,02 196,22 633,48 126,4 200,0
6,75 53,70 13,95 45,69 126,67 28,17 59,92 110,7 234,5 59,69 120,7 202,57 658,88 129,5 202,6
7,65 56,87 15,08 47,30 133,00 29,75 60,33 113,9 240,9 62,87 123,2 208,92 132,7 208,9
8,73 60,05 15,54 48,99 139,38 31,34 61,91 117,1 247,2 66,04 123,8 215,27 134,5 215,3
9,25 63,22 15,88 50,47 145,73 32,93 63,09 120,2 253,6 69,22 126,37 221,62 135,9 221,6
10,82 66,40 17,13 52,07 152,07 34,52 63,50 123,4 266,3 72,39 127,0 227,97 139,1 227,9
11,11 69,57 17,86 53,65 158,43 36,10 56,09 126,6 279,0 74,63 129,54 234,32 142,2 234,3
12,42 72,75 18,72 55,25 164,78 37,89 66,27 129,8 291,7 75,57 130,2 240,67 145,4 240,7
14,00 75,92 20,29 56,82 171,13 39,69 66,68 132,9 304,4 78,74 132,72 247,02 148,6 247,0
15,60 82,27 20,63 58,42 177,48 40,89 68,26 136,1 329,8 79,77 133,4 253,37 151,8 253,3
17,17 88,62 21,89 60,00 183,83 41,28 69,44 139,3 355,2 81,92 135,9 266,07 155,6 259,7
18,77 94,97 22,22 61,60 190,18 42,86 69,85 142,5 380,6 85,09 136,5 278,77 158,1 266,1
20,35 101,32 23,47 63,17 196,53 44,04 71,44 145,6 405,2 88,27 139,07 291,5 159,5 272,4
31,95 107,67 23,81 64,77 202,88 44,45 72,62 148,8 430,6 89,69 139,7 304,17 161,9 278,7
23,52 114,02 25,07 66,35 209,23 46,04 73,03 152,0 456,0 91,44 142,9 329,57 164,5 285,1
25,12 120,37 26,65 67,95 215,58 47,22 74,61 158,3 94,62 145,42 354,97 166,7 291,5
26,70 126,72 28,25 69,52 221,93 47,63 75,80 164,7 97,79 146,1 380,37 168,3 297,8
28,30 133,07 29,82 71,12 228,28 49,21 78,97 171,0 100,0 148,6 405,26 170,8 304,1
29,87 31,42 72,69 234,63 50,39 82,14 177,4 101,0 149,2 430,66 174,6 316,9
31,47 32,99 75,87 240,98 50,80 85,32 183,7 104,1 151,77 456,06 177,2 329,6

65
 Table of oil speeds
®

Speed Capacities - l/min

m/sec
5 10 15 20 25 30 35 40 45 50 55 60 65 70 75 80 85 90 95 100
0,5 14,6 20,6 25,2 29,1 32,6 35,7 38,5 41,2 43,7 46,0 48,3 50,4 52,5 54,5 56,4 58,2 60,0 61,8 63,5 65,1
1,0 10,3 14,6 17,8 20,6 23,0 25,2 27,2 29,1 30,9 32,6 34,1 35,7 37,1 38,5 39,9 41,2 42,4 43,7 44,9 46,0
Inlet

1,3 9,2 13,0 15,9 18,4 20,6 22,6 24,4 26,0 27,6 29,1 30,5 31,9 33,2 34,5 35,7 36,8 38,0 39,1 40,1 41,2
1,5 8,4 11,9 14,6 16,8 18,8 20,6 22,2 23,8 25,2 26,6 27,9 29,1 30,3 31,5 32,6 33,6 34,7 35,7 36,6 37,6
1,8 7,8 11,0 13,5 15,6 17,4 19,1 20,6 22,0 23,3 24,6 25,8 27,0 28,1 29,1 30,1 31,1 32,1 33,0 33,9 34,8
Return

2,0 7,3 10,3 12,6 14,6 16,3 17,8 19,3 20,6 21,8 23,0 24,1 25,2 26,2 27,2 28,2 29,1 30,0 30,9 31,7 32,6
2,5 6,5 9,2 11,3 13,0 14,6 15,9 17,2 18,4 19,5 20,6 21,6 22,6 23,5 24,4 25,2 26,0 26,8 27,6 28,4 29,1
3,0 5,9 8,4 10,3 11,9 13,3 14,6 15,7 16,8 17,8 18,8 19,7 20,6 21,4 22,2 23,0 23,8 24,5 25,2 25,9 26,6
3,5 5,5 7,8 9,5 11,0 12,3 13,5 14,6 15,6 16,5 17,4 18,3 19,1 19,8 20,6 21,3 22,0 22,7 23,3 24,0 24,6
4,0 5,1 7,3 8,9 10,3 11,5 12,6 13,6 14,6 15,4 16,3 17,1 17,8 18,6 19,3 19,9 20,6 21,2 21,8 22,4 23,0
4,5 4,9 6,9 8,4 9,7 10,9 11,9 12,8 13,7 14,6 15,3 16,1 16,8 17,5 18,2 18,8 19,4 20,0 20,6 21,2 21,7
5,0 4,6 6,5 8,0 9,2 10,3 11,3 12,2 13,0 13,8 14,6 15,3 15,9 16,6 17,2 17,8 18,4 19,0 19,5 20,1 20,6
5,5 4,4 6,2 7,6 8,8 9,8 10,8 11,6 12,4 13,2 13,9 14,6 15,2 15,8 16,4 17,0 17,6 18,1 18,6 19,1 19,6
6,0 4,2 5,9 7,3 8,4 9,4 10,3 11,1 11,9 12,6 13,3 13,9 14,6 15,2 15,7 16,3 16,8 17,3 17,8 18,3 18,8
Outlet

6,5 4,0 5,7 7,0 8,1 9,0 9,9 10,7 11,4 12,1 12,8 13,4 14,0 14,6 15,1 15,6 16,2 16,7 17,1 17,6 18,1
7,0 3,9 5,5 6,7 7,8 8,7 9,5 10,3 11,0 11,7 12,3 12,9 13,5 14,0 14,6 15,1 15,6 16,0 16,5 17,0 17,4
7,5 3,8 5,3 6,5 7,5 8,4 9,2 9,9 10,6 11,3 11,9 12,5 13,0 13,6 14,1 14,6 15,0 15,5 15,9 16,4 16,8
8,0 3,6 5,1 6,3 7,3 8,1 8,9 9,6 10,3 10,9 11,5 12,1 12,6 13,1 13,6 14,1 14,6 15,0 15,4 15,9 16,3
8,5 3,5 5,0 6,1 7,1 7,9 8,7 9,3 10,0 10,6 11,2 11,7 12,2 12,7 13,2 13,7 14,1 14,6 15,0 15,4 15,8
9,0 3,4 4,9 5,9 6,9 7,7 8,4 9,1 9,7 10,3 10,9 11,4 11,9 12,4 12,8 13,3 13,7 14,1 14,6 15,0 15,3
9,5 3,3 4,7 5,8 6,7 7,5 8,2 8,8 9,4 10,0 10,6 11,1 11,6 12,0 12,5 12,9 13,4 13,8 14,2 14,6 14,9
10,0 3,3 4,6 5,6 6,5 7,3 8,0 8,6 9,2 9,8 10,3 10,8 11,3 11,7 12,2 12,6 13,0 13,4 13,8 14,2 14,6
Speed
Inner pipe diameter - mm
m/sec

Speed Capacities - l/min

m/sec
110 120 130 140 150 160 170 180 190 200 210 220 230 240 250 260 270 280 290 300
0,5 68,3 71,3 74,2 77,0 79,7 82,4 84,9 87,4 89,8 92,1 94,4 96,6 98,8 100,9 103,0 105,0 107,0 109,0 110,9 112,8
1,0 48,3 50,4 52,5 54,5 56,4 58,2 60,0 61,8 63,5 65,1 66,7 68,3 69,8 71,3 72,8 74,2 75,7 77,0 78,4 79,7
Inlet

1,3 43,2 45,1 47,0 48,7 50,4 52,1 53,7 55,3 56,8 58,2 59,7 61,1 62,5 63,8 65,1 66,4 67,7 68,9 70,1 71,3
1,5 39,4 41,2 42,9 44,5 46,0 47,6 49,0 50,4 51,8 53,2 54,5 55,8 57,0 58,2 59,4 60,6 61,8 62,9 64,0 65,1
1,8 36,5 38,1 39,7 41,2 42,6 44,0 45,4 46,7 48,0 49,2 50,4 51,6 52,8 53,9 55,0 56,1 57,2 58,2 59,3 60,3
Return

2,0 34,1 35,7 37,1 38,5 39,9 41,2 42,4 43,7 44,9 46,0 47,2 48,3 49,4 50,4 51,5 52,5 53,5 54,5 55,4 56,4
2,5 30,5 31,9 33,2 34,5 35,7 36,8 38,0 39,1 40,1 41,2 42,2 43,2 44,2 45,1 46,0 47,0 47,8 48,7 49,6 50,4
3,0 27,9 29,1 30,3 31,5 32,6 33,6 34,7 35,7 36,6 37,6 38,5 39,4 40,3 41,2 42,0 42,9 43,7 44,5 45,3 46,0
3,5 25,8 27,0 28,1 29,1 30,1 31,1 32,1 33,0 33,9 34,8 35,7 36,5 37,3 38,1 38,9 39,7 40,4 41,2 41,9 42,6
4,0 24,1 25,2 26,2 27,2 28,2 29,1 30,0 30,9 31,7 32,6 33,4 34,1 34,9 35,7 36,4 37,1 37,8 38,5 39,2 39,9
4,5 22,8 23,8 24,7 25,7 26,6 27,5 28,3 29,1 29,9 30,7 31,5 32,2 32,9 33,6 34,3 35,0 35,7 36,3 37,0 37,6
5,0 21,6 22,6 23,5 24,4 25,2 26,0 26,8 27,6 28,4 29,1 29,8 30,5 31,2 31,9 32,6 33,2 33,8 34,5 35,1 35,7
5,5 20,6 21,5 22,4 23,2 24,0 24,8 25,6 26,3 27,1 27,8 28,5 29,1 29,8 30,4 31,0 31,7 32,3 32,9 33,4 34,0
6,0 19,7 20,6 21,4 22,2 23,0 23,8 24,5 25,2 25,9 26,6 27,2 27,9 28,5 29,1 29,7 30,3 30,9 31,5 32,0 32,6
Outlet

6,5 18,9 19,8 20,6 21,4 22,1 22,8 23,5 24,2 24,9 25,5 26,2 26,8 27,4 28,0 28,6 29,1 29,7 30,2 30,8 31,3
7,0 18,3 19,1 19,8 20,6 21,3 22,0 22,7 23,3 24,0 24,6 25,2 25,8 26,4 27,0 27,5 28,1 28,6 29,1 29,6 30,1
7,5 17,6 18,4 19,2 19,9 20,6 21,3 21,9 22,6 23,2 23,8 24,4 24,9 25,5 26,0 26,6 27,1 27,6 28,1 28,6 29,1
8,0 17,1 17,8 18,6 19,3 19,9 20,6 21,2 21,8 22,4 23,0 23,6 24,1 24,7 25,2 25,7 26,2 26,7 27,2 27,7 28,2
8,5 16,6 17,3 18,0 18,7 19,3 20,0 20,6 21,2 21,8 22,3 22,9 23,4 24,0 24,5 25,0 25,5 26,0 26,4 26,9 27,4
9,0 16,1 16,8 17,5 18,2 18,8 19,4 20,0 20,6 21,2 21,7 22,2 22,8 23,3 23,8 24,3 24,7 25,2 25,7 26,1 26,6
9,5 15,7 16,4 17,0 17,7 18,3 18,9 19,5 20,0 20,6 21,1 21,6 22,2 22,7 23,1 23,6 24,1 24,5 25,0 25,4 25,9
10,0 15,3 15,9 16,6 17,2 17,8 18,4 19,0 19,5 20,1 20,6 21,1 21,6 22,1 22,6 23,0 23,5 23,9 24,4 24,8 25,2
Speed
Inner pipe diameter - mm
m/sec

66
 Table of oil speeds
®

Speed Capacities - l/min

m/sec
320 340 360 380 400 420 440 460 480 500 520 540 560 580 600 620 640 660 680 700
0,5 116,5 120,1 123,5 126,9 130,2 133,4 136,6 139,7 142,7 145,6 148,5 151,3 154,1 156,8 159,5 162,1 164,7 167,3 169,8 172,3
1,0 82,4 84,9 87,4 89,8 92,1 94,4 96,6 98,8 100,9 103,0 105,0 107,0 109,0 110,9 112,8 114,6 116,5 118,3 120,1 121,8
Inlet

1,3 73,7 75,9 78,1 80,3 82,4 84,4 86,4 88,3 90,2 92,1 93,9 95,7 97,5 99,2 100,9 102,5 104,2 105,8 107,4 109,0
1,5 67,3 69,3 71,3 73,3 75,2 77,0 78,9 80,6 82,4 84,1 85,7 87,4 89,0 90,5 92,1 93,6 95,1 96,6 98,0 99,5
1,8 62,3 64,2 66,0 67,8 69,6 71,3 73,0 74,6 76,3 77,8 79,4 80,9 82,4 83,8 85,3 86,7 88,1 89,4 90,8 92,1
Return

2,0 58,2 60,0 61,8 63,5 65,1 66,7 68,3 69,8 71,3 72,8 74,2 75,7 77,0 78,4 79,7 81,1 82,4 83,6 84,9 86,1
2,5 52,1 53,7 55,3 56,8 58,2 59,7 61,1 62,5 63,8 65,1 66,4 67,7 68,9 70,1 71,3 72,5 73,7 74,8 75,9 77,0
3,0 47,6 49,0 50,4 51,8 53,2 54,5 55,8 57,0 58,2 59,4 60,6 61,8 62,9 64,0 65,1 66,2 67,3 68,3 69,3 70,3
3,5 44,0 45,4 46,7 48,0 49,2 50,4 51,6 52,8 53,9 55,0 56,1 57,2 58,2 59,3 60,3 61,3 62,3 63,2 64,2 65,1
4,0 41,2 42,4 43,7 44,9 46,0 47,2 48,3 49,4 50,4 51,5 52,5 53,5 54,5 55,4 56,4 57,3 58,2 59,1 60,0 60,9
4,5 38,8 40,0 41,2 42,3 43,4 44,5 45,5 46,6 47,6 48,5 49,5 50,4 51,4 52,3 53,2 54,0 54,9 55,8 56,6 57,4
5,0 36,8 38,0 39,1 40,1 41,2 42,2 43,2 44,2 45,1 46,0 47,0 47,8 48,7 49,6 50,4 51,3 52,1 52,9 53,7 54,5
5,5 35,1 36,2 37,3 38,3 39,3 40,2 41,2 42,1 43,0 43,9 44,8 45,6 46,5 47,3 48,1 48,9 49,7 50,4 51,2 51,9
6,0 33,6 34,7 35,7 36,6 37,6 38,5 39,4 40,3 41,2 42,0 42,9 43,7 44,5 45,3 46,0 46,8 47,6 48,3 49,0 49,7
Outlet

6,5 32,3 33,3 34,3 35,2 36,1 37,0 37,9 38,7 39,6 40,4 41,2 42,0 42,7 43,5 44,2 45,0 45,7 46,4 47,1 47,8
7,0 31,1 32,1 33,0 33,9 34,8 35,7 36,5 37,3 38,1 38,9 39,7 40,4 41,2 41,9 42,6 43,3 44,0 44,7 45,4 46,0
7,5 30,1 31,0 31,9 32,8 33,6 34,5 35,3 36,1 36,8 37,6 38,3 39,1 39,8 40,5 41,2 41,9 42,5 43,2 43,8 44,5
8,0 29,1 30,0 30,9 31,7 32,6 33,4 34,1 34,9 35,7 36,4 37,1 37,8 38,5 39,2 39,9 40,5 41,2 41,8 42,4 43,1
8,5 28,3 29,1 30,0 30,8 31,6 32,4 33,1 33,9 34,6 35,3 36,0 36,7 37,4 38,0 38,7 39,3 40,0 40,6 41,2 41,8
9,0 27,5 28,3 29,1 29,9 30,7 31,5 32,2 32,9 33,6 34,3 35,0 35,7 36,3 37,0 37,6 38,2 38,8 39,4 40,0 40,6
9,5 26,7 27,5 28,3 29,1 29,9 30,6 31,3 32,0 32,7 33,4 34,1 34,7 35,4 36,0 36,6 37,2 37,8 38,4 39,0 39,5
10,0 26,0 26,8 27,6 28,4 29,1 29,8 30,5 31,2 31,9 32,6 33,2 33,8 34,5 35,1 35,7 36,3 36,8 37,4 38,0 38,5
Speed
Inner pipe diameter - mm
m/sec

d = Inner pipe diameter [mm]

Q • 21.2 Q • 21.2 d 2 •V
Q = Capacities [ l ] d= [mm] V = [m sec] Q= [l min ]
V d2 21.2
V = Speed [m/sec ]

Table of Areas and Perimeters

S= Area S= Area S= Area
a
S= a 2
S= π/4 x D2
S
D

S
a

S
P= a x 4 P= πx D
a
S= a x b S
S= π/4 x (D2-d2)
D
d

S
b

P= 2(a + b)
b b

S
S= π x r2 x α /360°
S S= (a + b) x h/2
a
h

a b= π x α x d/360°
b

S
h

S= a x h/2 S=(π r2xα/360°)-(bx(r-h)/2)

h

S
a
d

S S
d

S= 3 x a x h S= π/4 x D x d
h

D
a

67
 Pressure conversion table
®

Mpa bar Kg/cm2 PSI bar Mpa Kg/cm2 PSI Kg/cm2 Mpa bar PSI PSI Mpa bar Kg/cm2
1 10 10,19 145,14 1 0,1 1,019 14,5 1 0,902 0,981 14,22 1 0,007 0,069 0,0703
2 20 20,38 290,28 2 0,2 2,038 29 2 1,902 1,962 28,44 2 0,014 0,138 0,1406
3 30 30,57 435,42 3 0,3 3,057 43,5 3 2,902 2,943 42,66 3 0,021 0,207 0,2109
4 40 40,76 580,56 4 0,4 4,076 58 4 3,902 3,924 56,88 4 0,028 0,276 0,2812
5 50 50,95 725,7 5 0,5 5,095 72,5 5 4,902 4,905 71,1 5 0,035 0,345 0,3515
6 60 61,14 870,84 6 0,6 6,114 87 6 5,902 5,886 85,32 6 0,042 0,414 0,4218
7 70 71,33 1016 7 0,7 7,133 101,5 7 6,902 6,867 99,54 7 0,049 0,483 0,4921
8 80 81,52 1161,1 8 0,8 8,152 116 8 7,902 7,848 113,76 8 0,056 0,552 0,5624
9 90 91,71 1306,3 9 0,9 9,171 130,5 9 8,902 8,829 127,98 9 0,063 0,621 0,6327
10 100 101,9 1451,4 10 1 10,19 145 10 9,902 9,81 142,2 10 0,07 0,69 0,703
20 200 203,8 2902,8 20 2 20,38 290 20 19,902 19,62 284,4 20 0,14 1,38 1,406
30 300 305,7 4354,2 30 3 30,57 435 30 29,902 29,43 426,6 30 0,21 2,07 2,109
40 400 407,6 5805,6 40 4 40,76 580 40 39,902 39,24 568,8 40 0,28 2,76 2,812
50 500 509,5 7257 50 5 50,95 725 50 49,902 49,05 711 50 0,35 3,45 3,515
60 600 611,4 8708,4 60 6 61,14 870 60 59,902 58,86 853,2 60 0,42 4,14 4,218
70 700 713,3 10160 70 7 71,33 1015 70 69,902 68,67 995,4 70 0,49 4,83 4,921
80 800 815,2 11611 80 8 81,52 1160 80 79,902 78,48 1137,6 80 0,56 5,52 5,624
90 900 917,1 13063 90 9 91,71 1305 90 89,902 88,29 1279,8 90 0,63 6,21 6,327
100 1000 1019 14514 100 10 101,9 1450 100 99,902 98,1 1422 100 0,7 6,9 7,03
110 1100 1120,9 15965 110 11 112,09 1595 110 109,9 107,91 1564,2 110 0,77 7,59 7,733
120 1200 1222,8 17417 120 12 122,28 1740 120 119,9 117,72 1706,4 120 0,84 8,28 8,436
130 1300 1324,7 18868 130 13 132,47 1885 130 129,9 127,53 1848,6 130 0,91 8,97 9,139
140 1400 1426,6 20320 140 14 142,66 2030 140 139,9 137,34 1990,8 140 0,98 9,66 9,842
150 1500 1528,5 21771 150 15 152,85 2175 150 149,9 147,15 2133 150 1,05 10,35 10,545
160 1600 1630,4 23222 160 16 163,04 2320 160 159,9 156,96 2275,2 160 1,12 11,04 11,248
170 1700 1732,3 24674 170 17 173,23 2465 170 169,9 166,77 2417,4 170 1,19 11,73 11,951
180 1800 1834,2 26125 180 18 183,42 2610 180 179,9 176,58 2559,6 180 1,26 12,42 12,654
190 1900 1936,1 27577 190 19 193,61 2755 190 189,9 186,39 2701,8 190 1,33 13,11 13,357
200 2000 2038 29028 200 20 203,8 2900 200 199,9 196,2 2844 200 1,4 13,8 14,06
210 2100 2139,9 30479 210 21 213,99 3045 210 209,9 206,01 2986,2 210 1,47 14,49 14,763
220 2200 2241,8 31931 220 22 224,18 3190 220 219,9 215,82 3128,4 220 1,54 15,18 15,466
230 2300 2343,7 33382 230 23 234,37 3335 230 229,9 225,63 3270,6 230 1,61 15,87 16,169
240 2400 2445,6 34834 240 24 244,56 3480 240 239,9 235,44 3412,8 240 1,68 16,56 16,872
250 2500 2547,5 36285 250 25 254,75 3625 250 249,9 245,25 3555 250 1,75 17,25 17,575
260 2600 2649,4 37736 260 26 264,94 3770 260 259,9 255,06 3697,2 260 1,82 17,94 18,278
270 2700 2751,3 39188 270 27 275,13 3915 270 269,9 264,87 3839,4 270 1,89 18,63 18,981
280 2800 2853,2 40639 280 28 285,32 4060 280 279,9 274,68 3981,6 280 1,96 19,32 19,684
290 2900 2955,1 42091 290 29 295,51 4205 290 289,9 284,49 4123,8 290 2,03 20,01 20,387
300 3000 3057 43542 300 30 305,7 4350 300 299,9 294,3 4266 300 2,1 20,7 21,09
310 3100 3158,9 44993 310 31 315,89 4495 310 309,9 304,11 4408,2 310 2,17 21,39 21,793
320 3200 3260,8 46445 320 32 326,08 4640 320 319,9 313,92 4550,4 320 2,24 22,08 22,496
330 3300 3362,7 47896 330 33 336,27 4785 330 329,9 323,73 4692,6 330 2,31 22,77 23,199
340 3400 3464,6 49348 340 34 346,46 4930 340 339,9 333,54 4834,8 340 2,38 23,46 23,902
350 3500 3566,5 50799 350 35 356,65 5075 350 349,9 343,35 4977 350 2,45 24,15 24,605
Mpa= 0,1 bar bar= 10 MPa Kg/cm2= 10,19 MPa PSI= 145,14 MPa
Mpa= 0,098 Kg/cm2 bar= 0,981 Kg/cm2 Kg/cm2= 1,019 bar PSI= 14,5 bar
Mpa= 0,007 PSI bar= 0,069 PSI Kg/cm2= 0,0703 PSI PSI= 14,22 kg/cm2

68
 Conversion table
®

Inches -> Millimetres Millimetres -> Inches

1Poll. = 25,40 mm 1 mm = 0,03937008 pollici

in mm in mm in mm in mm mm in mm in mm in mm in
1/64 0,397 1 1/2 38,1 15 381 36 914,4 1 0,039 28 1,102 130 5,12 750 29,53
1/32 0,764 1 3/4 44,45 16 406,4 38 965,2 2 0,079 30 1,181 140 5,51 800 31,50
3/64 1,191 2 50,8 17 431,8 40 1016 3 0,118 35 1,378 150 5,91 850 33,46
1/16 1,588 2 1/2 63,5 18 457,2 42 1066,8 4 0,157 40 1,575 160 6,30 900 35,43
3/32 2,381 3 76,2 19 482,6 44 1117,6 5 0,197 45 1,772 170 6,69 950 37,40
1/8 3,175 3 1/2 88,9 20 508 46 1168,4 6 0,236 50 1,969 180 7,09 1000 39,37
5/32 3,969 4 101,6 21 533,4 48 1219,2 7 0,276 55 2,165 190 7,48 1250 49,21
3/16 4,763 4 1/2 114,3 22 558,8 50 1270 8 0,315 60 2,362 200 7,87 1500 59,06
1/4 6,35 5 127 23 584,2 55 1397 9 0,354 65 2,559 250 9,84 1750 68,90
5/16 7,938 6 152,4 24 609,6 60 1524 10 0,394 70 2,756 300 11,81 2000 78,74
3/8 9,525 7 177,8 25 635 65 1651 11 0,433 75 2,953 350 13,78 2500 98,43
7/16 11,11 8 203,2 26 660,4 70 1778 12 0,472 80 3,150 400 15,75 3000 118,11
1/2 12,7 9 228,6 27 685,8 75 1905 14 0,551 85 3,346 450 17,72 3500 137,80
5/8 15,88 10 254 28 711,2 80 2032 16 0,630 90 3,543 500 19,69 4000 157,48
3/4 19,05 11 279,4 29 736,6 85 2159 18 0,709 95 3,740 550 21,65 4500 177,17
7/8 22,23 12 304,8 30 762 90 2286 20 0,787 100 3,937 600 23,62 5000 196,85
1 25,4 13 330,2 32 812,8 95 2413 22 0,866 110 4,331 650 25,59 7500 295,28
1 1/4 31,75 14 355,6 34 863,6 100 2540 26 1,024 120 4,724 700 27,56 10000 393,70

US Gallons -> Litres Litres -> US Gallons

1gallone = 3,785334 litri 1litro = 0,2641775 galloni

gal. litri gal. litri gal. litri gal. litri litri gal. litri gal. litri gal. litri gal.
1 3,79 10 37,85 100 378,5 500 1893 1 0,264 10 2,642 300 79,25 3000 792,5
2 7,57 20 75,71 120 454,2 600 2271 2 0,528 20 5,284 400 105,7 4000 1057
3 11,36 30 113,6 140 529,9 700 2650 3 0,793 30 7,925 500 132,1 5000 1321
4 15,14 40 151,4 160 605,7 800 3028 4 1,057 40 10,57 600 158,5 6000 1585
5 18,93 50 189,3 180 681,4 900 3407 5 1,321 50 13,21 700 184,9 8000 2113
6 22,71 60 227,1 200 757,1 1000 3785 6 1,585 100 26,42 800 211,3 10000 2642
7 26,50 70 265,0 250 946,3 1500 5678 7 1,849 150 39,63 900 237,8 20000 5284
8 30,28 80 302,8 300 1136 2000 7571 8 2,113 200 52,84 1000 264,2 30000 7925
9 34,07 90 340,7 400 1514 3000 11356 9 2,378 250 66,04 2000 528,4 50000 13209

Horsepower => Kilowatts Kilowatts=>Horsepower

1 CV = 0,735 kW 1 kW = 1,36 CV

CV Kw CV Kw CV Kw CV Kw Kw CV Kw CV Kw CV Kw CV
1 0,74 9 6,62 24 17,64 60 44,10 1 1,36 9 12,24 24 32,64 60 81,6
2 1,47 10 7,35 26 19,11 70 51,45 2 2,72 10 13,6 26 35,36 70 95,2
3 2,21 12 8,82 28 20,58 80 58,80 3 4,08 12 16,32 28 38,08 80 108,8
4 2,94 14 10,29 30 22,05 90 66,15 4 5,44 14 19,04 30 40,8 90 122,4
5 3,68 16 11,76 35 25,73 100 73,50 5 6,8 16 21,76 35 47,6 100 136
6 4,41 18 13,23 40 29,40 150 110,25 6 8,16 18 24,48 40 54,4 150 204
7 5,15 20 14,70 45 33,08 200 147,00 7 9,52 20 27,2 45 61,2 200 272
8 5,88 22 16,17 50 36,75 300 220,50 8 10,88 22 29,92 50 68 300 408

69
 Table of oil viscosity according to temperature
®

°E cSt.

2000
10000
1000 7000
5000
500
3000
300
2000
200 1500

1000
100 800
600
70
400
40 300

200

20 150
O
100
IL
O 10
IL 0
10 O 68 (
70 IL SA
8 60 O 46 ( E
IL SA 30
50 O 32 E )
6 IL 20
40 22 (
O SA W
IL ( E /2
15 SA 0
30 10 )
4 E W
5
25 W )
)
3
20

17
15
13
2 12
11
10
1.8
9
8
1.6
7

1.4
5

4.5

1.3 4

3.5

3
1.2 2.80

-20 -15 -10 -5 0 5 10 15 20 25 30 40 50 60 70 80 90 100 110 ° C

0 70 100 130 140 200 210 °F

70
 Table of pressure drops
®

Note: based on the oil viscosity and capacity of a pump it is possible to determine the pressure drop for every 100 m of piping by
means of the table.
On the viscosity, flow rate and internal pipe diameter scales, fix the corresponding values V, Q and D.
Join points V and Q with a straight line intersecting point I on the “index” line.
From this point I, pass a straight line through D until meeting the pressure drop scale at point P; the corresponding value represents
the pressure drop at point P; the corresponding value represents the pressure drop along 100 m of piping.
EXAMPLE: a pipe through which a fluid having a viscosity of 150 cSt. flows at a rate of 200 l/min and which has a diameter of 40 mm
will have a pressure drop of 1 kg/cm2 for every 100 m of length.

3000
500 4000
400 0.03
400 2000
0.04
300
300 2400
0.05

0.06
1000
200 1500 900 0.07
200
800
0.08
700
0.09
600
0.1
500

100 800 400

90
80 100 300
70 550 90 0.2
60 80 Q
200
70
50
0.3
60
40 300
I
50 0.4
100
30 90
80 0.5
40
D 70
0.6
20
V 150
60
0.7
30 50
0.8
40 0.9
1
30 P
20
10 75
9
20
8 60
7 2
6 45

5
10 10
9 3
4 29 9 8
8 7
4
3 21 6
7
5 5
6
4 6
2 12
5 7
3 8
4 9
10
2

1 3
0.9
0.8
0.7 1 20
0.6 2

0.5
30
0.4

40
0.3

1 50

60
0.2

°E cSt. mm l/min kg/cm2

V= Viscosity cSt -°E

I = Index line of intersection
D= Internal pipe diameter in mm
Q= Flow rate in l/min
P= Pressure drop kg/cm2 per 100 m

71
 Table of Elements
®

Table of elements

Atomic N°
Atomic N°

Atomic N°
Symbol

Symbol

Symbol
Melt. Melt. Melt.
Atom. Atom. Atom.
Element point Element point Element point
Wgt. Wgt. Wgt.
°C °C °C

Hafnium Hf 72 178,49 2150,00 Fluorine F 9 19,00 -219,62 Polonium Po 84 209,00 254,00

Aluminium Al 13 26,98 660,37 Phosphorus P 15 30,97 44,10 Potassium K 19 39,10 63,65
Americium Am 95 243,00 994,00 Francium Fr 87 223,00 27,00 PraseodymiumPr 59 140,91 935,00
Antimony Sb 51 121,75 630,00 Gadolinium Gd 64 157,25 1311,00 Promethium Pm 61 145,00
Silver Ag 47 107,87 961,93 Gallium Ga 31 69,74 29,78 Protactinium Pa 91 231,04 1600,00
Argon Ar 18 39,95 -189,30 Germanium Ge 32 72,59 937,40 Radium Ra 88 226,03 700,00
Arsenic As 33 74,92 817,00 Hydrogen H 1 1,01 -259,14 Radon Rn 86 222,00 -71,00
Astetine At 85 210,00 302,00 Indium In 49 114,82 156,61 Copper Cu 29 63,55 1083,00
Actinium Ac 89 227,00 1050,00 Iodine I 53 126,90 113,50 Rhenium Re 75 186,21 3180,00
Nitrogen N 7 14,01 -209,90 Iridium Ir 77 192,22 2410,00 Rhodium Rh 45 102,91 1966,00
Barium Ba 56 137,33 725,00 Ytterbium Yb 70 173,04 824,00 Rubidium Rb 37 85,47 38,89
Beryllium Be 4 9,01 1278,00 Yttrium Y 39 88,91 1523,00 Ruthenium Ru 44 101,07 2250,00
Berkelium Bk 97 247,00 Lanthanum La 57 138,91 920,00 Samarium Sm 62 150,40 1072,00
Bismuth Bi 83 208,98 271,30 Lithium Li 3 6,94 180,54 Scandium Sc 21 44,96 1539,00
Boron B 5 10,81 2300,00 Lutetium Lu 71 174,96 1656,00 Selenium Se 34 78,96 217,00
Bromine Br 35 79,90 -7,20 Magnesium Mg 12 24,31 638,80 Silicon Si 14 28,09 1410,00
Cadmium Cd 48 112,41 320,90 Manganese Mn 25 54,94 1245,00 Sodium Na 11 22,99 97,80
Calcium Ca 20 40,08 839,00 Mendelevium Md 101 258,00 Tin Sn 50 118,69 231,90
Californium Cf 98 251,00 Mercury Hg 80 200,59 -38,87 Strontium Sr 38 87,62 769,00
Carbon C 6 12,01 3500,00 Molybdenum Mo 42 95,94 2617,00 Thallium Tl 81 204,37 303,50
Cerium Ce 58 140,12 795,00 Neodymium Nd 60 144,24 1010,00 Tantalum Ta 73 180,95 2996,00
Cesium Cs 55 132,91 28,50 Neon Ne 10 20,17 -248,60 Technetium Tc 43 98,91 2200,00
Chlorine Cl 17 35,45 -100,98 Neptunium Np 93 237,05 640,00 Tellurium Te 52 127,60 449,50
Cobalt Co 27 58,93 1495,00 Nickel Ni 28 58,71 1453,00 Terbium Tb 65 158,93 1360,00
Krypton Kr 36 83,80 -157,20 Niobium Nb 41 92,91 2468,00 Titanium Ti 22 47,90 1660,00
Chromium Cr 24 52,00 1857,00 Nobelium No 102 259,00 Thorium Th 90 232,04 1750,00
Curium Cm 96 247,00 1340,00 Holmium Ho 67 164,93 1470,00 Thulium Tm 69 168,93 1545,00
Dysprosium Dy 66 162,50 1412,00 Gold Au 79 196,97 1064,43 Tungsten W 74 183,85 3410,00
Einstenium Es 99 254,00 Osmium Os 76 190,20 3045,00 Uranium U 92 238,03 1132,00
Helium He 2 4,00 -272,00 Oxygen O 8 16,00 -218,40 Vanadium V 23 50,94 1890,00
Erbium Er 68 167,26 1522,00 Palladium Pd 46 106,40 1552,00 Xenon Xe 54 131,30 -111,90
Europium Eu 63 151,96 822,00 Lead Pb 82 207,20 327,50 Zinc Zn 30 65,38 419,58
Fermium Fm 100 257,00 Platinum Pt 78 195,09 1772,00 Zirconium Zr 40 91,22 1852,00
Iron Fe 26 55,85 1535,00 Plutonium Pu 94 244,00 639,50 Sulfur S 16 32,06 112,80

Specific weight of some substances

SOLIDS LIQUIDS GASES
Aluminium 2,70 Distilled water 1,00 Acetylene 1,10
Silver 10,50 Ethyl alcohol 0,79 Ammonia 0,77
Diamond 8,51 Gasoline 0,68 Carbon Dioxide 1,98
Pure Iron 7,86 Mercury 13,60 Air 1,29
Cast Iron 7,27 Linseed Oil 0,93 Nitrogen 1,25
Nickel 8,85 Petroleum 0,81 Helium 0,18
Gold 19,33 Ethylene 1,26
Brass 8,65 Hydrogen 0,09
Lead 11,34 Methane 0,72
Platinum 21,45 Oxygen 1,43
Plexiglass 1,18
Copper 8,93

72
 Table of chemical resistance of elastomers
®

Class Behaviour Effects on Physical Properties Increase in Volume % delta Sh.A

recommended small or none less than 10 less than 10
satisfactory minor from 10 to 30 from 10 to 20
unsatisfactory moderate from 30 to 60 from 20 to 30
not recommended severe greater than 60 greater than 30

NR = NATURAL RUBBER
SBR = STYRENE-BUTADIENE RUBBER
EPDM = ETHYLENE-PROPYLENE THERMOPOLYMER
NBR = NITRILE RUBBER
CR = POLYCHLOROPRENE
CSM = CHLOROSULPHONATED POLYETHYLENE
VMQ = SILICONE RUBBER
FKM = FLUOROCARBON RUBBER (VITON®)

Acetylene - Chloroform -
Acetophenone - Chloroprene -
Acetone - Dry Chlorine -
Acetic Acid 10 Wet Chlorine -
Acetic Acid 50 Dibutyl Phthalate -
Acetic Acid 25 Diethylene Glycol -
Acetic Acid 100 Diethyl Sebacate -
Boric Acid 10 Dinitrotoluene -
Citric Acid SAT Dioctyl Phthalate -
Chloroacetic Acid - Dioctyl Sebacate -
Chromic Acid 40 Epichlorohydrin -
Formic Acid SAT. Hexane -
Formic Acid SAT Ethanol -
Phosphoric Acid 60 Fluorobenzene -
Hypochlorous Acid - Liquid Fluorine -
Lactic Acid - Formaldehyde 40
Maleic Acid - Formaldehyde 40
Naphthenic Acid - Freon 11 -
Nitric Acid 10 Freon 12 -
Nitric Acid 65 Freon 21 -
Palmitic Acid - Freon 22 -
Salicylic Acid - Freon 113 -
Stearic Acid - Freon 114 -
Sulfhydric Acid 10 Glycerine -
Sulfhydric Acid 20 Silicone Grease -
Sulfuric Acid 25 Hydrogen -
Sulfuric Acid 50 Calcium Hydroxide -
Sulfuric Acid 60 Sodium Hypochlorite 10
Sulfuric Acid 75 Milk -
Sulfuric Acid 96 Mercury -
Sulfurous Acid - Methanol -
Tannic Acid - Methyl Ethyl Ketone -
Tartaric Acid 10 Naphtha -
Deionized Water - Nitrobenzene -
Turpentine - Nitroethane -
Acrylonitrile - Nitromethane -
Ammonia - Nitropropane -
Aniline - Animal Oil (Whale-Seal) -
Aniline - Grain Oil -
Asphalt - Coconut Oil -
ASTM 1 OIL - Cod-Liver Oil -
ASTM 2 OIL - Olive Oil -
ASTM 3 OIL - Cottonseed Oil -
Benzene - Silicon Oil -
Sodium Bicarbonate - Castor Oil -
Carbon Dioxide - Oxygen -
Butter - Ozone -
Butadiene - Perchloroethylene -
Liquid Butane - Potassium Permanganate 25
Fuel A (Isooctane 100%) - Tetraethyl Lead -
Fuel B (Isooct. 70% Toluene 30%)- Propane -
Fuel C (Isooct. 50% Toluene 50%)- Soda (Sodium Hydroxide) 10
Fuel with Methanol or Ethanol - Styrene -
Kerosene - Toluene -
Cyclohexane - Trichloroethylene -
Chloroacetone - Sulfur -

The data shown in the table are approximate

73
 Table of mechanical features of elastomers
®

E LA ST OME RS NR SBR E PDM NBR CR CSM VMQ F KM

Spec ific weight 0.93 0.95 0.86 0.97 1.25 1.2 1.2 1.82

H ardness (Sho re A ) 25÷95 35÷95 40÷85 30÷90 25÷90 40÷90 30÷80 50÷90
T ens ile strength (M P a) 14÷30 7÷28 6÷18 7÷25 7÷24 12÷24 4÷9 5÷17
Ultim ate elo ngatio n (%) 150÷850 125÷850 150÷500 150÷750 100÷800 150÷500 400÷600 125÷300
R es ilienc e (%) 30÷65 25÷55 35÷55 10÷50 20÷50 5÷20 40÷55 5÷10
Extrem e o perating tem peratures (°C ) -45÷85 -40÷90 -40÷155 -40÷110 -40÷100 -15÷120 -50÷225 -20÷250
A bras io n res is tanc e
Gas im perm eability

Class Behaviour
recommended
satisfactory
unsatisfactory
not recommended

NR = NATURAL RUBBER
SBR = STYRENE-BUTADIENE RUBBER
EPDM = ETHYLENE-PROPYLENE THERMOPOLYMER
NBR = NITRILE RUBBER
CR = POLYCHLOROPRENE
CSM = CHLOROSULPHONATED POLYETHYLENE
VMQ = SILICONE RUBBER
FKM = FLUOROCARBON RUBBER (VITON®)

VITON® is a registered trademark of Dupont Dow Elastomers L.L.C.

Specifications of TEFLON® (Virgin PTFE)

Properties U.m. Values (from-to)
Specific weight - 2.14 - 2.20
Ultimate strength N/mm2 20 - 35
Ultimate elongation % 210 - 400
Compressive strength 1% deformat. N/mm2 4.00 - 4.50
Flexural strength 0.7 N/mm2 N/mm2 no breakage
Shock resistance 57°C J/cm 1,1
Shock resistance 23°C J/cm 1,6
Shock resistance 77°C J/cm 3,3
Hardness (shoreD) 50 - 60
Static friction coefficient - 0,09
Dynamic friction coefficient - 0,05
PTFE - oil-lubricated steel - 0,02 - 0,06
-1
Coefficient of expansion from 25 to 100°C °C 16 x 1-5
Thermal conductivity W/mK 0,2
Distortion temperatures 0.46 N/mm2 °C 130 - 140
Distortion temperatures 1.85 N/mm2 °C 50 - 60
Water absorption % <0,01
Inflammability ATB sec <5,00
Inflammability AEB mm <5,00
Operating temperature °C -200 +260
The data shown in the table are approximate
TEFLON® is a registered trademark of E.I. Dupont De Nemours & Co.

74
 ®
Table of tapping holes Max.

ISO METRIC ISO METRIC FINE

M MF
Thread Drill Hole Thread Drill Hole Thread Drill Hole
Diameter Diameter Diameter Diameter Diameter Diameter

mm mm mm mm mm mm
M 1 x 0,25 0,75 M 1 x 0,2 0,75 M 24 x 2 22
M 1,1 x 0,25 0,85 M 1,1 x 0,2 0,9 M 25 x 1 24
M 1,2 x 0,25 0,95 M 1,2 x 0,2 1 M 25 x 1,5 23,5
M 1,4 x 0,30 1,1 M 1,4 x 0,2 1,2 M 25 x 2 23
M 1,6 x 0,35 1,25 M 1,4 x 0,25 1,15 M 26 x 1,5 24,5
M 1,8 x 0,35 1,45 M 1,6 x 0,2 1,4 M 27 x 1 26
M 2 x 0,4 1,6 M 1,8 x 0,2 1,6 M 27 x 1,5 25,5
M 2,2 x 0,45 1,75 M 2 x 0,25 1,75 M 27 x 2 25
M 2,5 x 0,45 2,05 M 2,2 x 0,25 1,95 M 28 x 1 27
M 3 x 0,5 2,5 M 2,5 x 0,35 2,15 M 28 x 1,5 26,5
M 3,5 x 0,6 2,9 M 3 x 0,35 2,65 M 28 x 2 26
M 4 x 0,7 3,3 M 3,5 x 0,35 3,15 M 30 x 1 29
M 4,5 x 0,75 3,7 M 4 x 0,35 3,65 M 30 x 1,5 28,5
M 5 x 0,8 4,2 M 4 x 0,5 3,5 M 30 x 2 28
M 6 x 1 5 M 4,5 x 0,5 4 M 30 x 3 27
M 7 x 1 6 M 5 x 0,5 4,5 M 32 x 1,5 30,5
M 8 x 1,25 6,8 M 5,5 x 0,5 5 M 32 x 2 30
M 9 x 1,25 7,8 M 6 x 0,75 5,2 M 33 x 1,5 31,5
M 10 x 1,5 8,5 M 7 x 0,75 6,2 M 33 x 2 31
M 11 x 1,5 9,5 M 8 x 1 7 M 33 x 3 30
M 12 x 1,75 10,2 M 8 x 0,75 7,2 M 35 x 1,5 33,5
M 14 x 2 12 M 9 x 1 8 M 36 x 1,5 34,5
M 16 x 2 14 M 9 x 0,75 8,2 M 36 x 2 34
M 18 x 2,5 15,5 M 10 x 1 9 M 36 x 3 33
M 20 x 2,5 17,5 M 10 x 0,75 9,2 M 38 x 1,5 36,5
M 22 x 2,5 19,5 M 10 x 1,25 8,8 M 39 x 1,5 37,5
M 24 x 3 21 M 11 x 1 10 M 39 x 2 37
M 27 x 3 24 M 11 x 0,75 10,2 M 39 x 3 36
M 30 x 3,5 26,5 M 12 x 1 11 M 40 x 1,5 38,5
M 33 x 3,5 29,5 M 12 x 1,25 10,8 M 40 x 2 38
M 36 x 4 32 M 12 x 1,5 10,5 M 40 x 3 37
M 39 x 4 35 M 14 x 1 13 M 42 x 1,5 40,5
M 42 x 4,5 37,5 M 14 x 1,25 12,8 M 42 x 2 40
M 45 x 4,5 40,5 M 14 x 1,5 12,5 M 42 x 3 39
M 48 x 5 43 M 15 x 1 14 M 42 x 4 38
M 52 x 5 47 M 15 x 1,5 13,5 M 45 x 1,5 43,5
M 56 x 5,5 50,5 M 16 x 1 15 M 45 x 2 43
M 16 x 1,5 14,5 M 45 x 3 42
M 17 x 1 16 M 45 x 4 41
M 17 x 1,5 15,5 M 48 x 1,5 46,5
M 18 x 1 17 M 48 x 2 46
M 18 x 1,5 16,5 M 48 x 3 45
M 18 x 2 16 M 48 x 4 44
M 20 x 1 19 M 50 x 1,5 48,5
M 20 x 1,5 18,5 M 50 x 2 48
M 20 x 2 18 M 50 x 3 47
M 22 x 1 21 M 52 x 1,5 50,5
M 22 x 1,5 20,5 M 52 x 2 50
M 22 x 2 20 M 52 x 3 49
M 24 x 1 23 M 52 x 4 48
M 24 x 1,5 22,5

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 ®
Table of tapping holes Max.

WHITWORTH W WHITWORTH GAS TAPERED GAS

BSW BSP BSPT
Nominal Thread Drill Hole Nominal Thread Drill Hole Nominal Thread Drill Hole
Diameter Diameter Diameter Diameter Diameter Diameter
Inches mm Inches mm Inches mm
1/8 - 40 2,55 G 1/8 - 28 8,8 1/8 - 28 8,4
5/32 - 32 3,2 G 1/4 - 19 11,8 1/4 - 19 11,2
3/16 - 24 3,7 G 3/8 - 19 15,25 3/8 - 19 14,75
1/4 - 20 5,1 G 1/2 - 14 19 1/2 - 14 18,25
5/16 - 18 6,5 G 5/8 - 14 21 3/4 14 23,75
3/8 - 16 7,9 G 3/4 - 14 24,5 1 - 11 30
7/16 - 14 9,2 G 7/8 - 14 28,25 1 1/4 - 11 38,5
1/2 - 12 10,5 G 1 - 11 30,75 1 1/2 - 11 44,5
9/16 - 12 12 G 1 1/8 - 11 35,3 2 - 11 56
5/8 - 11 13,5 G 1 1/4 - 11 39,25 2 1/2 - 11 71,5
3/4 - 10 16,25 G 1 3/8 - 11 41,9
7/8 - 9 19,25 G 1 1/2 - 11 45,25
1 - 8 21,75 G 1 3/4 - 11 51,3
1 1/8 - 7 24,75 G 2 - 11 57
1 1/4 - 7 27,75 G 2 1/4 - 11 63,1
1 3/8 - 6 30,5 G 2 1/2 - 11 72,6
1 1/2 - 6 33,5 G 2 3/4 - 11 79,1 AMERICAN
1 5/8 - 5 35,5 G 3 - 11 85,5
1 3/4 - 5 39 G 3 1/4 - 11 91,5
NPT
2 - 4 1/2 44,5 G 3 1/2 - 11 97,7
Nominal Thread Drill Hole
2 1/4 - 4 50 G 3 3/4 - 11 104
Diameter Diameter
2 1/2 - 4 56,5 G 4 - 11 110,5
2 3/4 - 3 1/2 62 Inches mm
3 - 3 1/2 62 1/6 - 27 6,25
1/8 - 27 8,5
1/4 - 18 11
UNIFIED COARSE THREAD UNIFIED COARSE THREAD 3/8 - 18 14,5
UNC UNF 1/2 14 18
3/4 - 14 23
1 - 11 1/2 29
Nominal Thread Drill Hole Nominal Thread Drill Hole
1 1/4 - 11 1/2 38
Diameter Diameter Diameter Diameter
1 1/2 - 11 1/2 44
Inches mm Inches mm 2 - 11 1/2 56
Nr. 1 - 64 1,5 Nr. 0 - 80 1,25 2 1/2 - 8 67
Nr. 2 - 56 1,8 Nr. 1 - 72 1,55
Nr. 3 - 48 2,02 Nr. 2 - 64 1,85
Nr. 4 - 40 2,25 Nr. 3 - 56 2,1
Nr. 5 - 40 2,6 Nr. 4 - 48 2,35
Nr. 6 - 32 2,75 Nr. 5 - 44 2,65
Nr. 8 - 32 3,4 Nr. 6 - 40 2,9
Nr. 10 - 24 3,8 Nr. 8 - 36 3,5 AMERICAN
Nr. 12 - 24 4,5 Nr. 10 - 32 4,1
1/4 - 20 5,1 Nr. 12 - 28 4,6
NPTF
5/46 - 18 6,5 1/4 - 28 5,5
Nominal Thread Drill Hole
3/8 - 16 8 5/16 - 24 6,9
Diameter Diameter
7/16 - 14 9,4 3/8 - 24 8,5
1/2 - 13 10,75 7/16 - 20 9,9 Inches mm
9/16 - 12 12,2 1/2 - 20 11,5 1/6 - 27 6,15
5/8 - 11 13,6 9/16 - 18 12,9 1/8 - 27 8,4
3/4 - 10 16,5 5/8 - 18 14,5 1/4 - 18 10,9
7/8 - 9 19,5 3/4 - 16 17,5 3/8 - 18 14,25
1 - 8 22,25 7/8 - 14 20,5 1/2 14 17,75
1 1/8 - 7 25 1 - 12 23,25 3/4 - 14 23
1 1/4 - 7 28,25 1 1/8 - 12 26,5 1 - 11 1/2 29
1 3/8 - 6 30,75 1 1/4 - 12 29,75 1 1/4 - 11 1/2 37,75
1 1/2 - 6 34 1 3/8 - 12 33 1 1/2 - 11 1/2 43,75
1 3/4 - 5 39,5 1 1/2 - 12 36 2 - 11 1/2 55,75
2 - 4 1/2 45 2 1/2 - 8 66,5

76
 ®
Table of tapping holes Max.

DRILL HOLES FOR ROLL FORM TAPS

ISO METRIC UNIFIED COARSE THREAD

M UNC

Thread Drill Hole

Nominal Thread Drill Hole
Diameter Diameter
Diameter Diameter
mm mm
M 1 x 0.25 0,9 Inches mm
M 1,2 x 0.25 1,1 Nr. 1 - 64 1,7
M 1,4 x 0,3 1,25 Nr. 2 - 56 2
M 1,6 x 0.35 1,45 Nr. 3 - 48 2,3
M 1,8 x 0.35 1,65 Nr. 4 - 40 2,6
M 2 x 0.4 1,8 Nr. 5 - 40 2,9
M 2,5 x 0.45 2,3 Nr. 6 - 32 3,2
M 3 x 0,5 2,8 Nr. 8 - 32 3,8
M 3,5 x 0,6 3,2 Nr. 10 - 24 4,4
M 4 x 0,7 3,7 Nr. 12 - 24 5
M 5 x 0,8 4,6 1/4 - 20 5,8
M 6 x 1 5,5 5/16 - 18 7,3
M 7 x 1 6,5 3/8 - 16 8,8
M 8 x 1.25 7,4 7/16 - 14 10,3
M 10 x 1,5 9,3 1/2 - 13 11,9
M 12 x 1.75 11,2
M 14 x 2 13
M 16 x 2 15

ISO METRIC FINE UNIFIED COARSE THREAD

MF UNF

Thread Drill Hole

Nominal Thread Drill Hole
Diameter Diameter
Diameter Diameter
mm mm
M 4 x 0.5 3,5 Inches mm
M 5 x 0,5 4,5 Nr. 1 - 72 1,7
M 6 x 0.75 5,2 Nr. 2 - 64 2
M 8 x 0.75 7,2 Nr. 3 - 56 2,3
M 8 x 1 7,2 Nr. 4 - 48 2,6
M 10 x 1 9 Nr. 5 - 44 2,9
M 10 x 1.25 8,8 Nr. 6 - 40 3,2
M 12 x 1 11 Nr. 8 - 36 3,9
M 12 x 1.25 10,8 Nr. 10 - 32 4,5
M 12 x 1.5 10,5 Nr. 12 - 28 5,1
M 14 x 1 13 1/4 - 28 6
M 14 x 1.25 12,8 5/16 - 24 7,5
M 14 x 1,5 12,5 3/8 - 24 9,1
M 16 x 1 15 7/16 - 20 10,6
M 16 x 1,5 14,5 1/2 - 20 12,1

77
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