Scribd
Upload
103 views13 pages

INERGEN IG541 Cylinder Setup Guide

This document provides a calculation for an INERGEN (IG-541) fire suppression system. It includes formulas for calculating the agent mass required based on the protected volume and other factors. The document then applies these formulas to a specific hazard, calculating the agent required, cylinder capacity needed, and number of nozzles. It also checks that the resulting oxygen concentration will maintain a residual oxygen level above 10% to determine if additional safety equipment is required.

Uploaded by

Bagus Prambudi
Copyright
© © All Rights Reserved
We take content rights seriously. If you suspect this is your content, claim it here.
Available Formats
Download as XLSX, PDF, TXT or read online on Scribd
103 views13 pages

INERGEN IG541 Cylinder Setup Guide

This document provides a calculation for an INERGEN (IG-541) fire suppression system. It includes formulas for calculating the agent mass required based on the protected volume and other factors. The document then applies these formulas to a specific hazard, calculating the agent required, cylinder capacity needed, and number of nozzles. It also checks that the resulting oxygen concentration will maintain a residual oxygen level above 10% to determine if additional safety equipment is required.

Uploaded by

Bagus Prambudi
Copyright
© © All Rights Reserved
We take content rights seriously. If you suspect this is your content, claim it here.
Available Formats
Download as XLSX, PDF, TXT or read online on Scribd
You are on page 1/ 13

Select or enter info into the yellow cells 80L Qty to order

What size cylinders? 80L 01-8121-1000 Unistrut 80L Cylinder Wall Bracket - 1 80L Cylinder 400mm 0 0
How many cylinders for the main discharge? 21 01-8122-1000 Unistrut 80L Cylinder Wall Bracket - 2 80L Cylinder 650mm 0 0
Main with connected reserve? No 01-8123-1000 Unistrut 80L Cylinder Wall Bracket - 3 80L Cylinder 950mm 0 0
Are the reserve cylinders in the same rack? No 01-8124-1000 Unistrut 80L Cylinder Wall Bracket - 4 80L Cylinder 1250mm 0 0
Number of rows (per rack)? 2 01-8125-1000 Unistrut 80L Cylinder Wall Bracket - 5 80L Cylinder 1550mm 1 2
01-8126-1000 Unistrut 80L Cylinder Wall Bracket - 6 80L Cylinder 1850mm 1 2
NOTES: 03-8266-0000 Clamping Bar 1 x 2 for 80L Cylinder (Front) 1 2
Minimum number of cylinders for a two row rack is 3 03-8267-0000 Clamping Bar 1 x 3 for 80L Cylinder (Front) 3 6
Minimum number of cylinders for a three row rack is 5 03-8162-0000 Wooden Spacer 1 x 2 for 80L Cylinder (Rear) 1 2
03-8163-0000 Wooden Spacer 1 x 3 for 80L Cylinder (Rear) 3 6
03-8164-0000 Wooden Spacer 2 x 2 for 80L Cylinder (Center) 1 2
Cylinder Calculations 03-8165-0000 Wooden Spacer 2 x 3 for 80L Cylinder (Center) 3 6
Total number of cylinder for system 21 01-8131-0000 Single Clamp 80L Cylinder Galvanized Steel 0 0
Total number of cylinders in primary rack 21 01-8337-0200 Clamping Bolt, 2 Row, 80L Cylinder - 715mm Long 7 14
Number of cylinders in back row of primary rack 11 01-8337-0300 Clamping Bolt, 3 Row, 80L Cylinder - 1030mm Long 0 0
Number of cylinder in the middle row (if used) NA 01-8131-0002 End cover, White PVC 34mm X 40mm 2 2
Number of cylinder in the front row (if used) 10 03-8331-0000 Distance Pipe 3/4" + Washers 80L Cylinder 1 2
140L Qty to order
Unistrut for back row calculation 01-8121-1400 Unistrut Cyl Wall Bracket - 1 140L Cyl 440mm 0 0
Number of 6 cylinder unistrut for back row 1 01-8123-1000 Unistrut Cyl Wall Bracket - 2 140L Cyl 950mm 0 0
Number of back row cylinders managed by above 6 01-8125-1000 Unistrut Cyl Wall Bracket - 3 140L Cyl 1550mm 0 0
Remaining cylinders for smaller sizes 5 01-8124-1000 Mounting rail 1250 mm (4cyl) 0 0
01-8125-1000 Mounting rail 1550 mm (5cyl) 1 2
Rear spacer/front clamp/two row middle if needed 01-8126-1000 Mounting rail 1850 mm (6cyl) 1 2
2 cylinder spacer 1 03-8366-0000 Clamping Bar 1 x 2 for 140L Cyl (Front) 1 2
3 cylinder spacer 3 03-8367-0000 Clamping Bar 1 x 3 for 140L Cyl (Front) 3 6
03-8462-0000 Wooden Spacer 1 x 2 for 140L Cyl (Rear) 1 2
Center spacers for three row system if needed 03-8463-0000 Wooden Spacer 1 x 3 for 140L Cyl (Rear) 3 6
2 cylinder spacer 2 03-8464-0000 Wooden Spacer 2 x 2 for 140L Cyl (Center) 1 2
3 cylinder spacer 0 03-8465-0000 Wooden Spacer 2 x 3 for 140L Cyl (Center) 1 2
01-8131-1000 Single Clamp 140L Cyl Galvanized Steel 0 0
Clamping bolts for three rows only if needed 01-8437-0200 Clamping Bolt, 2 Row, 140L - 895mm Long 7 14
2 row 0 xxxxxxxxxxxxxx Clamping Bolt, 3 Row, 140L - xxxxxmm Long 0 0
3 row 7 01-8131-0002 End cover, White PVC 34mm X 40mm 2 2
xxxxxxxxxxxxxx Distance Pipe xxx" + Washers 140L Cylinder 1 2
PT. PRIMA TUNGGAL JAVALAND
Authorized Distributor, Engineering, Procurement & Construction
FIRE PROTECTION SYSTEM

Date: 18 November 2021


INERGEN (IG541) Calculation
Based on NFPA 2001

INERGEN (IG541) Agent Mas Formula

m = (V/s)xLog10((100/(100-C)) x elevation correction factor

Where :
V = Volume (m³ or ft³)
s = a + b*T low
T = Temperature (°C or °F)
C = Design Concentration (% v/v)

IV. #REF!
1 #REF!
Hazzard Class #REF!
Discharge Time #REF! minute
Low Temperature #REF! °C
High Temperature #REF! °C
Type of Gas #REF!
Design Concentration ( C ) #REF! % v/v
Pressure Storage Cylinder #REF!
Cylinder Volume #REF! Litre
Nominal Fill Cylinder #REF! kg
Maximum Flow Rate Per Nozzle 360 lb/minute
Maximum Coverage Area Per Nozzle 116.1288 m2
Elevation above sea #REF! km
Elevation Correction Factor (e) #REF!
%O2 at elevation #REF!
a #REF! m^3/kg #REF! ft^3/lb
b #REF! m^3/kg*deg C #REF! t^3/lb*deg F

INERGEN (IG-541) Calculation


- Metric - - Imperial -
Width #REF! m #REF! ft
Length #REF! m #REF! ft
Height #REF! m #REF! ft
Volume (W x L x H) #REF! m³ #REF! ft³

Temperature ( T ) - Low Temperature #REF! °C #REF! °F


Design Concentration ( C ) #REF! % v/v #REF! % v/v
Specific Volume ( s ) #REF! m³/kg #REF! ft³/lb

I. Weight (V/s){LN(100/(100-C))}xe #REF! Kgs #REF! Lbs


IG-541 Agent Required #REF! Kgs #REF! Lbs
II. IG-541 Cylinder Cap. 140L ; 300 Bar
Nominal Fill Cylinder #REF! Kgs
Number of Cylinder #REF! Cylinder

III. Hazard Flow Rate (Agent Mass / Discharge Time) #REF! lb/minute

IV. Assume Nozzle Selected & Number Have to option :


1. Area Protected / Coverage area per nozzle #REF! No
2. Hazard Flow Rate / Flow rate per nozzle #REF! No

So, choose the greater number of nozzles between these two


#REF! No
methods above is

V. Calculate Resulting Oxygen Concentration & Residual Oxygen Level (ROL) and and Add Additional
Safety Equipment

if the value of ROL < 10% , need additional safety equipment :


- Pneumatic time delay
- Pneumatic siren
- Lockout valve (optional)
- Signage
- Odorizer (optional)

Resulting Oxygen Concentration (c) #REF!


ROL = (1-(c/100))x %O2 at elevation #REF! %
So, this system not required to Add Additional Safety Equipment because ROL > 10% not required

Doc No: 0000/PTJ-IG541-CALC/MM-YY Calculated by: BP

Minimum Design Concentration for IG - 541


Class A, Design Concentration 42.6%
Class B, Design Concentration 47.6% - Heptane
Class C, Design Concentration 47.9%

NFPA 2001, 2018 Edition


PT. PRIMA TUNGGAL JAVALAND
Authorized Distributor, Engineering, Procurement & Construction
FIRE PROTECTION SYSTEM

Date: 18 November 2021


INERGEN (IG541) Calculation
Based on NFPA 2001

INERGEN (IG541) Agent Mas Formula

m = (V/s)xLog10((100/(100-C)) x elevation correction factor

Where :
V = Volume (m³ or ft³)
s = a + b*T low
T = Temperature (°C or °F)
C = Design Concentration (% v/v)

V. #REF!
1 #REF!
Hazzard Class #REF!
Discharge Time #REF! minute
Low Temperature #REF! °C
High Temperature #REF! °C
Type of Gas #REF!
Design Concentration ( C ) #REF! % v/v
Pressure Storage Cylinder #REF!
Cylinder Volume #REF! Litre
Nominal Fill Cylinder #REF! kg
Maximum Flow Rate Per Nozzle 360 lb/minute
Maximum Coverage Area Per Nozzle 116.1288 m2
Elevation above sea #REF! km
Elevation Correction Factor (e) #REF!
%O2 at elevation #REF!
a #REF! m^3/kg #REF! ft^3/lb
b #REF! m^3/kg*deg C #REF! t^3/lb*deg F

INERGEN (IG-541) Calculation


- Metric - - Imperial -
Width #REF! m #REF! ft
Length #REF! m #REF! ft
Height #REF! m #REF! ft
Volume (W x L x H) #REF! m³ #REF! ft³

Temperature ( T ) - Low Temperature #REF! °C #REF! °F


Design Concentration ( C ) #REF! % v/v #REF! % v/v
Specific Volume ( s ) #REF! m³/kg #REF! ft³/lb

I. Weight (V/s){LN(100/(100-C))}xe #REF! Kgs #REF! Lbs


IG-541 Agent Required #REF! Kgs #REF! Lbs
II. IG-541 Cylinder Cap. 140L ; 300 Bar
Nominal Fill Cylinder #REF! Kgs
Number of Cylinder #REF! Cylinder

III. Hazard Flow Rate (Agent Mass / Discharge Time) #REF! lb/minute

IV. Assume Nozzle Selected & Number Have to option :


1. Area Protected / Coverage area per nozzle #REF! No
2. Hazard Flow Rate / Flow rate per nozzle #REF! No

So, choose the greater number of nozzles between these two


#REF! No
methods above is

V. Calculate Resulting Oxygen Concentration & Residual Oxygen Level (ROL) and and Add Additional
Safety Equipment

if the value of ROL < 10% , need additional safety equipment :


- Pneumatic time delay
- Pneumatic siren
- Lockout valve (optional)
- Signage
- Odorizer (optional)

Resulting Oxygen Concentration (c) #REF!


ROL = (1-(c/100))x %O2 at elevation #REF! %
So, this system required to Add Additional Safety Equipment because ROL < 10% required

Doc No: 0000/PTJ-IG541-CALC/MM-YY Calculated by: BP

Minimum Design Concentration for IG - 541


Class A, Design Concentration 42.6%
Class B, Design Concentration 47.6% - Heptane
Class C, Design Concentration 47.9%

NFPA 2001, 2018 Edition


PT. PRIMA TUNGGAL JAVALAND
Authorized Distributor, Engineering, Procurement & Construction
FIRE PROTECTION SYSTEM

Date: 18 November 2021


INERGEN (IG541) Calculation
Based on NFPA 2001

INERGEN (IG541) Agent Mas Formula

m = (V/s)xLog10((100/(100-C)) x elevation correction factor

Where :
V = Volume (m³ or ft³)
s = a + b*T low
T = Temperature (°C or °F)
C = Design Concentration (% v/v)

V. #REF!
2 #REF!
Hazzard Class #REF!
Discharge Time #REF! minute
Low Temperature #REF! °C
High Temperature #REF! °C
Type of Gas #REF!
Design Concentration ( C ) #REF! % v/v
Pressure Storage Cylinder #REF!
Cylinder Volume #REF! Litre
Nominal Fill Cylinder #REF! kg
Maximum Flow Rate Per Nozzle 360 lb/minute
Maximum Coverage Area Per Nozzle 116.1288 m2
Elevation above sea #REF! km
Elevation Correction Factor (e) #REF!
%O2 at elevation #REF!
a #REF! m^3/kg #REF! ft^3/lb
b #REF! m^3/kg*deg C #REF! t^3/lb*deg F

INERGEN (IG-541) Calculation


- Metric - - Imperial -
Width #REF! m #REF! ft
Length #REF! m #REF! ft
Height #REF! m #REF! ft
Volume (W x L x H) #REF! m³ #REF! ft³

Temperature ( T ) - Low Temperature #REF! °C #REF! °F


Design Concentration ( C ) #REF! % v/v #REF! % v/v
Specific Volume ( s ) #REF! m³/kg #REF! ft³/lb

I. Weight (V/s){LN(100/(100-C))}xe #REF! Kgs #REF! Lbs


IG-541 Agent Required #REF! Kgs #REF! Lbs

II. IG-541 Cylinder Cap. 140L ; 300 Bar


Nominal Fill Cylinder #REF! Kgs
Number of Cylinder #REF! Cylinder

III. Hazard Flow Rate (Agent Mass / Discharge Time) #REF! lb/minute

IV. Assume Nozzle Selected & Number Have to option :


1. Area Protected / Coverage area per nozzle #REF! No
2. Hazard Flow Rate / Flow rate per nozzle #REF! No

So, choose the greater number of nozzles between these two


#REF! No
methods above is

V. Calculate Resulting Oxygen Concentration & Residual Oxygen Level (ROL) and and Add Additional
Safety Equipment

if the value of ROL < 10% , need additional safety equipment :


- Pneumatic time delay
- Pneumatic siren
- Lockout valve (optional)
- Signage
- Odorizer (optional)

Resulting Oxygen Concentration (c) #REF!


ROL = (1-(c/100))x %O2 at elevation #REF! %
So, this system not required to Add Additional Safety Equipment because ROL >10% not required

Doc No: 0000/PTJ-IG541-CALC/MM-YY Calculated by: BP

Minimum Design Concentration for IG - 541


Class A, Design Concentration 42.6%
Class B, Design Concentration 47.6% - Heptane
Class C, Design Concentration 47.9%

NFPA 2001, 2018 Edition


PT. PRIMA TUNGGAL JAVALAND
Authorized Distributor, Engineering, Procurement & Construction
FIRE PROTECTION SYSTEM

Date: 18 November 2021


INERGEN (IG541) Calculation
Based on NFPA 2001

INERGEN (IG541) Agent Mas Formula

m = (V/s)xLog10((100/(100-C)) x elevation correction factor

Where :
V = Volume (m³ or ft³)
s = a + b*T low
T = Temperature (°C or °F)
C = Design Concentration (% v/v)

V. #REF!
3 #REF!
Hazzard Class #REF!
Discharge Time #REF! minute
Low Temperature #REF! °C
High Temperature #REF! °C
Type of Gas #REF!
Design Concentration ( C ) #REF! % v/v
Pressure Storage Cylinder #REF!
Cylinder Volume #REF! Litre
Nominal Fill Cylinder #REF! kg
Maximum Flow Rate Per Nozzle 360 lb/minute
Maximum Coverage Area Per Nozzle 116.1288 m2
Elevation above sea #REF! km
Elevation Correction Factor (e) #REF!
%O2 at elevation #REF!
a #REF! m^3/kg #REF! ft^3/lb
b #REF! m^3/kg*deg C #REF! t^3/lb*deg F

INERGEN (IG-541) Calculation


- Metric - - Imperial -
Width #REF! m #REF! ft
Length #REF! m #REF! ft
Height #REF! m #REF! ft
Volume (W x L x H) #REF! m³ #REF! ft³

Temperature ( T ) - Low Temperature #REF! °C #REF! °F


Design Concentration ( C ) #REF! % v/v #REF! % v/v
Specific Volume ( s ) #REF! m³/kg #REF! ft³/lb

I. Weight (V/s){LN(100/(100-C))}xe #REF! Kgs #REF! Lbs


IG-541 Agent Required #REF! Kgs #REF! Lbs
II. IG-541 Cylinder Cap. 140L ; 300 Bar
Nominal Fill Cylinder #REF! Kgs
Number of Cylinder #REF! Cylinder

III. Hazard Flow Rate (Agent Mass / Discharge Time) #REF! lb/minute

IV. Assume Nozzle Selected & Number Have to option :


1. Area Protected / Coverage area per nozzle #REF! No
2. Hazard Flow Rate / Flow rate per nozzle #REF! No

So, choose the greater number of nozzles between these two


#REF! No
methods above is

V. Calculate Resulting Oxygen Concentration & Residual Oxygen Level (ROL) and and Add Additional
Safety Equipment

if the value of ROL < 10% , need additional safety equipment :


- Pneumatic time delay
- Pneumatic siren
- Lockout valve (optional)
- Signage
- Odorizer (optional)

Resulting Oxygen Concentration (c) #REF!


ROL = (1-(c/100))x %O2 at elevation #REF! %
So, this system required to Add Additional Safety Equipment because ROL <10% required

Doc No: 0000/PTJ-IG541-CALC/MM-YY Calculated by: BP

Minimum Design Concentration for IG - 541


Class A, Design Concentration 42.6%
Class B, Design Concentration 47.6% - Heptane
Class C, Design Concentration 47.9%

NFPA 2001, 2018 Edition


PT. PRIMA TUNGGAL JAVALAND
Authorized Distributor, Engineering, Procurement & Construction
FIRE PROTECTION SYSTEM

Date: 18 November 2021


INERGEN (IG541) Calculation
Based on NFPA 2001

INERGEN (IG541) Agent Mas Formula

m = (V/s)xLog10((100/(100-C)) x elevation correction factor

Where :
V = Volume (m³ or ft³)
s = a + b*T low
T = Temperature (°C or °F)
C = Design Concentration (% v/v)

V. #REF!
4 #REF!
Hazzard Class #REF!
Discharge Time #REF! minute
Low Temperature #REF! °C
High Temperature #REF! °C
Type of Gas #REF!
Design Concentration ( C ) #REF! % v/v
Pressure Storage Cylinder #REF!
Cylinder Volume #REF! Litre
Nominal Fill Cylinder #REF! kg
Maximum Flow Rate Per Nozzle 360 lb/minute
Maximum Coverage Area Per Nozzle 116.1288 m2
Elevation above sea #REF! km
Elevation Correction Factor (e) #REF!
%O2 at elevation #REF!
a #REF! m^3/kg #REF! ft^3/lb
b #REF! m^3/kg*deg C #REF! t^3/lb*deg F

INERGEN (IG-541) Calculation


- Metric - - Imperial -
Width #REF! m #REF! ft
Length #REF! m #REF! ft
Height #REF! m #REF! ft
Volume (W x L x H) #REF! m³ #REF! ft³

Temperature ( T ) - Low Temperature #REF! °C #REF! °F


Design Concentration ( C ) #REF! % v/v #REF! % v/v
Specific Volume ( s ) #REF! m³/kg #REF! ft³/lb

I. Weight (V/s){LN(100/(100-C))}xe #REF! Kgs #REF! Lbs


IG-541 Agent Required #REF! Kgs #REF! Lbs
II. IG-541 Cylinder Cap. 140L ; 300 Bar
Nominal Fill Cylinder #REF! Kgs
Number of Cylinder #REF! Cylinder

III. Hazard Flow Rate (Agent Mass / Discharge Time) #REF! lb/minute

IV. Assume Nozzle Selected & Number Have to option :


1. Area Protected / Coverage area per nozzle #REF! No
2. Hazard Flow Rate / Flow rate per nozzle #REF! No

So, choose the greater number of nozzles between these two


#REF! No
methods above is

V. Calculate Resulting Oxygen Concentration & Residual Oxygen Level (ROL) and and Add Additional
Safety Equipment

if the value of ROL < 10% , need additional safety equipment :


- Pneumatic time delay
- Pneumatic siren
- Lockout valve (optional)
- Signage
- Odorizer (optional)

Resulting Oxygen Concentration (c) #REF!


ROL = (1-(c/100))x %O2 at elevation #REF! %
So, this system required to Add Additional Safety Equipment because ROL <10% Required

Doc No: 0000/PTJ-IG541-CALC/MM-YY Calculated by: BP

Minimum Design Concentration for IG - 541


Class A, Design Concentration 42.6%
Class B, Design Concentration 47.6% - Heptane
Class C, Design Concentration 47.9%

NFPA 2001, 2018 Edition


Select or enter info into the yellow cells 80L Qty to order
What size cylinders? 80L
01-8121-1000 Unistrut 80L Cylinder Wall Bracket - 1 80L Cylinder 400mm #REF! #REF!
How many cylinders for the main discharge? #REF!
01-8122-1000 Unistrut 80L Cylinder Wall Bracket - 2 80L Cylinder 650mm #REF! #REF!
Main with connected reserve? No01-8123-1000 Unistrut 80L Cylinder Wall Bracket - 3 80L Cylinder 950mm #REF! #REF!
Are the reserve cylinders in the same rack? No01-8124-1000 Unistrut 80L Cylinder Wall Bracket - 4 80L Cylinder 1250mm #REF! #REF!
Number of rows (per rack)? 101-8125-1000 Unistrut 80L Cylinder Wall Bracket - 5 80L Cylinder 1550mm #REF! #REF!
01-8126-1000 Unistrut 80L Cylinder Wall Bracket - 6 80L Cylinder 1850mm #REF! #REF!
NOTES: 03-8266-0000 Clamping Bar 1 x 2 for 80L Cylinder (Front) 0 0
Minimum number of cylinders for a two row rack is 3 03-8267-0000 Clamping Bar 1 x 3 for 80L Cylinder (Front) 0 0
Minimum number of cylinders for a three row rack is 5 03-8162-0000 Wooden Spacer 1 x 2 for 80L Cylinder (Rear) 0 0
03-8163-0000 Wooden Spacer 1 x 3 for 80L Cylinder (Rear) 0 0
03-8164-0000 Wooden Spacer 2 x 2 for 80L Cylinder (Center) 0 0
Cylinder Calculations 03-8165-0000 Wooden Spacer 2 x 3 for 80L Cylinder (Center) 0 0
Total number of cylinder for system #REF! 01-8131-0000 Single Clamp 80L Cylinder Galvanized Steel #REF! #REF!
Total number of cylinders in primary rack #REF! 01-8337-0200 Clamping Bolt, 2 Row, 80L Cylinder - 715mm Long 0 0
Number of cylinders in back row of primary rack #REF! 01-8337-0300 Clamping Bolt, 3 Row, 80L Cylinder - 1030mm Long 0 0
Number of cylinder in the middle row (if used) NA 01-8131-0002 End cover, White PVC 34mm X 40mm #REF! #REF!
Number of cylinder in the front row (if used) NA 03-8331-0000 Distance Pipe 3/4" + Washers 80L Cylinder 0 0
140L Qty to order
Unistrut for back row calculation 01-8121-1400 Unistrut Cyl Wall Bracket - 1 140L Cyl 440mm #REF! #REF!
Number of 6 cylinder unistrut for back row #REF! 01-8123-1000 Unistrut Cyl Wall Bracket - 2 140L Cyl 950mm #REF! #REF!
Number of back row cylinders managed by above #REF! 01-8125-1000 Unistrut Cyl Wall Bracket - 3 140L Cyl 1550mm #REF! #REF!
Remaining cylinders for smaller sizes #REF! 01-8124-1000 Mounting rail 1250 mm (4cyl) #REF! #REF!
01-8125-1000 Mounting rail 1550 mm (5cyl) #REF! #REF!
Rear spacer/front clamp/two row middle if needed 01-8126-1000 Mounting rail 1850 mm (6cyl) #REF! #REF!
2 cylinder spacer #REF! 03-8366-0000 Clamping Bar 1 x 2 for 140L Cyl (Front) 0 0
3 cylinder spacer #REF! 03-8367-0000 Clamping Bar 1 x 3 for 140L Cyl (Front) 0 0
03-8462-0000 Wooden Spacer 1 x 2 for 140L Cyl (Rear) 0 0
Center spacers for three row system if needed 03-8463-0000 Wooden Spacer 1 x 3 for 140L Cyl (Rear) 0 0
2 cylinder spacer #REF! 03-8464-0000 Wooden Spacer 2 x 2 for 140L Cyl (Center) 0 0
3 cylinder spacer 0 03-8465-0000 Wooden Spacer 2 x 3 for 140L Cyl (Center) 0 0
01-8131-1000 Single Clamp 140L Cyl Galvanized Steel #REF! #REF!
Clamping bolts for three rows only if needed 01-8437-0200 Clamping Bolt, 2 Row, 140L - 895mm Long 0 0
2 row #REF! xxxxxxxxxxxxxx Clamping Bolt, 3 Row, 140L - xxxxxmm Long 0 0
3 row #REF! 01-8131-0002 End cover, White PVC 34mm X 40mm #REF! #REF!
xxxxxxxxxxxxxx Distance Pipe xxx" + Washers 140L Cylinder 0 0
Select or enter info into the yellow cells 80L Qty to order
What size cylinders? 80L
01-8121-1000 Unistrut 80L Cylinder Wall Bracket - 1 80L Cylinder 400mm #REF! #REF!
How many cylinders for the main discharge? #REF!
01-8122-1000 Unistrut 80L Cylinder Wall Bracket - 2 80L Cylinder 650mm #REF! #REF!
Main with connected reserve? No01-8123-1000 Unistrut 80L Cylinder Wall Bracket - 3 80L Cylinder 950mm #REF! #REF!
Are the reserve cylinders in the same rack? No01-8124-1000 Unistrut 80L Cylinder Wall Bracket - 4 80L Cylinder 1250mm #REF! #REF!
Number of rows (per rack)? 101-8125-1000 Unistrut 80L Cylinder Wall Bracket - 5 80L Cylinder 1550mm #REF! #REF!
01-8126-1000 Unistrut 80L Cylinder Wall Bracket - 6 80L Cylinder 1850mm #REF! #REF!
NOTES: 03-8266-0000 Clamping Bar 1 x 2 for 80L Cylinder (Front) 0 0
Minimum number of cylinders for a two row rack is 3 03-8267-0000 Clamping Bar 1 x 3 for 80L Cylinder (Front) 0 0
Minimum number of cylinders for a three row rack is 5 03-8162-0000 Wooden Spacer 1 x 2 for 80L Cylinder (Rear) 0 0
03-8163-0000 Wooden Spacer 1 x 3 for 80L Cylinder (Rear) 0 0
03-8164-0000 Wooden Spacer 2 x 2 for 80L Cylinder (Center) 0 0
Cylinder Calculations 03-8165-0000 Wooden Spacer 2 x 3 for 80L Cylinder (Center) 0 0
Total number of cylinder for system #REF! 01-8131-0000 Single Clamp 80L Cylinder Galvanized Steel #REF! #REF!
Total number of cylinders in primary rack #REF! 01-8337-0200 Clamping Bolt, 2 Row, 80L Cylinder - 715mm Long 0 0
Number of cylinders in back row of primary rack #REF! 01-8337-0300 Clamping Bolt, 3 Row, 80L Cylinder - 1030mm Long 0 0
Number of cylinder in the middle row (if used) NA 01-8131-0002 End cover, White PVC 34mm X 40mm #REF! #REF!
Number of cylinder in the front row (if used) NA 03-8331-0000 Distance Pipe 3/4" + Washers 80L Cylinder 0 0
140L Qty to order
Unistrut for back row calculation 01-8121-1400 Unistrut Cyl Wall Bracket - 1 140L Cyl 440mm #REF! #REF!
Number of 6 cylinder unistrut for back row #REF! 01-8123-1000 Unistrut Cyl Wall Bracket - 2 140L Cyl 950mm #REF! #REF!
Number of back row cylinders managed by above #REF! 01-8125-1000 Unistrut Cyl Wall Bracket - 3 140L Cyl 1550mm #REF! #REF!
Remaining cylinders for smaller sizes #REF! 01-8124-1000 Mounting rail 1250 mm (4cyl) #REF! #REF!
01-8125-1000 Mounting rail 1550 mm (5cyl) #REF! #REF!
Rear spacer/front clamp/two row middle if needed 01-8126-1000 Mounting rail 1850 mm (6cyl) #REF! #REF!
2 cylinder spacer #REF! 03-8366-0000 Clamping Bar 1 x 2 for 140L Cyl (Front) 0 0
3 cylinder spacer #REF! 03-8367-0000 Clamping Bar 1 x 3 for 140L Cyl (Front) 0 0
03-8462-0000 Wooden Spacer 1 x 2 for 140L Cyl (Rear) 0 0
Center spacers for three row system if needed 03-8463-0000 Wooden Spacer 1 x 3 for 140L Cyl (Rear) 0 0
2 cylinder spacer #REF! 03-8464-0000 Wooden Spacer 2 x 2 for 140L Cyl (Center) 0 0
3 cylinder spacer 0 03-8465-0000 Wooden Spacer 2 x 3 for 140L Cyl (Center) 0 0
01-8131-1000 Single Clamp 140L Cyl Galvanized Steel #REF! #REF!
Clamping bolts for three rows only if needed 01-8437-0200 Clamping Bolt, 2 Row, 140L - 895mm Long 0 0
2 row #REF! xxxxxxxxxxxxxx Clamping Bolt, 3 Row, 140L - xxxxxmm Long 0 0
3 row #REF! 01-8131-0002 End cover, White PVC 34mm X 40mm #REF! #REF!
xxxxxxxxxxxxxx Distance Pipe xxx" + Washers 140L Cylinder 0 0

You might also like