Relequick is a Spanish company founded in 2003 with 100% Spanish capital,

dedicated to the design, manufacture and sales of systems and electrical

and electronic components, as well as state of the art software for the
control of their products, mainly in the market for industrial automation.
Currently, it has a wide range of over 900 different products developed
and manufactured according to the highest international standards and
approved by the appropriate agencies within each sector in which we
operate, in particular, IEC, VDE, CE , RoHS, UL, ISO-9000, etc..
Innovation is one of the basic pillars of Relequick culture that deeply marks
all its business areas to achieve the highest levels of efficiency, quality and
respect for the environment.

SFMFRVJDL!T/B/!!

Ctra. Mntrida a Aldea del Fresno s/n. 45930 Mntrida. Toledo. Spain.

Tel: + 34 91 812 42 84

Fax: +34 91 817 85 65

E-mail: info@relequick.com

www.relequick.com

Index
1.- Relays and socket "T" series
3 - General characteristics
5 - RM-T relays, SM-T sockets
7 - RQ-T relays, SQ-T sockets
9 - RF-T relays, SF-T sockets
11 - RF-PT relays
12 - RVS relays, SVB sockets
13 - RM-FT Power relays
15 - RPA Power relays
2.- Relays and socket Standard series
17 - RM relays, SM sockets
19 - RQ relays, SQ sockets
21 - RF relays, SF sockets
3.- Solid state relays and heat sinks
25 - Zero crossing AC single phase
26 - Random AC single phase
27 - Solid state relay DC single phase
28 - Solid state relays angle switching
29 - DIN single phase solid state relays
30 - Power solid state relays
31 - PCB single phase relays
32 - PCB Single phase power relays
33 - Three phase relays
34 - Motor reversing relays
35 - Heat sinks
4.- Modules and monitoring relays
39 - RFS1SL Programable solid state relays
40 - MQPMM timer and counter module
41 - Slimline timer
42 - Modules standard for SQ/SF
43 - Current moniroting relay
44 - Three phases monitoring relay
45 - GSM modules
47 - Software Devices Programmer
49 - Programmable functions

SFMFRVJDL!T/B/!!

Ctra. Mntrida a Aldea del Fresno s/n. 45930 Mntrida. Toledo. Spain.

Tel: + 34 91 812 42 84

Fax: +34 91 817 85 65

E-mail: info@relequick.com

www.relequick.com

General information
Implementation Rules

In the design and fabrication of Relequick S.A. products described

in this catalog it has been taken into account the European and
International standards (International Electronic Commission)
applicable in each case:
IEC/EN 61810-1, IEC/EN 61810-2, IEC/EN 61810-7 (relays);
IEC/EN 61812-1 (timers);
IEC/EN 60669-1 and IEC/EN 60669-2-1 (control relays, etc);
IEC/EN 50178 (Industrial Use);
IEC/EN 61810-1(thermal conditions, etc.)

Quick-clamp quick connection: The conductor is clamped by

force of a spring made of steel plate without the need for screws.
Compliance with RoHS Directive: RoHS is the acronym for "Restriction
of Hazardous Substances"), European Directive 2002/95/EC of
27.01.2003 regulating substances under restrictions: Lead, Mercury,
Hexavalent Chromium, Polybrominated Biphenyls (PBB),
Polibromobifenilteres (PBDEs), Cadmium (Having exceptions on
contact materials).

Electromechanical relays
General characteristics

Contact specifications

Continuous Operation: Permanent connection of the coil up to

balance thermal relay.

Nomenclature of contacts:
Contatc normally open (Europe = NO, GB = A, USA = n * PST-NO)
Contact normally closed (Europe = NC, GB = B, USA = n * PST-NC)
Changeover contact (Europe = CO, GB = C, USA = n * PDT)
n* = number of poles (single = 1, double = 2, etc)

Electrical life: Represents the duration of normal use of the relay

with a rated resistive load at nominal current AC1 specified for
that relay and a voltage of 250 VAC.
Mechanical life: If the load on the relay contacts is very low
electrical life can approach to mechanical life.
Operating time: Average time (once the coil is energized) until the
closing of NO contact.
Release time: Average time (once the coil has been de-energized)
to the NC contact closure relay changeover contacts, or up to
the opening of NO contact on a open contacts relay.
Ambient temperature: The temperature of the environment in
which the relay can work.
Storage temperature: Room temperature with upper and lower
limits extended by about 10 C.
Protection category: according to EN 60529.
IP 00 = No protection.
IP40 = Protected against solid foreign objects of 1 mm or greater.
No protection against the entry of water.
IP50 = Dust protection in an amount or in some places that may
impair the proper functioning of the relay.
No protection against the entry of water.
IP54 = As IP 50, but protected against splashing water
(limited penetration is allowed).
IP67 = Total protection against dust and protected against the
effects of temporary immersion in water.
Isolation areas: For electromechanical relays isolation areas to
consider are according to IEC 61810-1:
The isolation between the coil and all contacts.
The separation between adjacent contacts in a multipolar relay.
Pollution degree: The EN50178 imposes a pollution degree of 2 to
electronic equipment in power installations. The degree of pollution
2 and 3 are normally required to relays:
1 Without pollution or dry non-conductive pollution.
2 There is only non-conductive pollution.
3 Conductive pollution occurs or dry pollution that becomes
conductive due to condensation.
4 Pollution generates conductivity which is maintained due to dust
that is conductive or atmospheric agents.

Nominal current: Is the highest current that a contact can lead

permanently without exceeding the heating limits and coincides
with the maximum operating current.
Maximum peak current: Is the higher current than the contact can
make for less than second and with a lower RI intermittence 10%
without any degradation.
Nominal voltage: Is the switching voltage associated with the rated
current that determines the rated load AC1.
Maximum switching voltage: The maximum voltage level that can
switch contacts and that can ensure the isolation distances specified
by the rules.
Rated load AC1: The maximum power switchable by contact, for
a resistive load on AC that is able to connect and disconnect
repeatedly. It is used in the tests on electrical life.
Contact resistance: The Ohmic resistance measured between the
contacts of the relay.
Contact material: The alloy of which are made of relay contacts,
normally usually AgNi (PlataNiquel) AgCdO (Silver Cadmium Oxide),
AgSnO2 (Silver Tin Oxide).

Characteristics of the coils

Nominal supply voltage: Voltage planned to be supplied in the coil
of the relay design.
Rated power: Is the DC power on W or the AC apparent power on
VA consumed by coil when is energized with the nominal voltage
at an ambient temperature of 25 C.
Operating range: According to EN 61810-1 our relays are classified
into Class 1: (0.8 ... 1.1) A, both relays with AC coils, like DC, within
the temperature range covered by the standard.
Rated coil resistance: Is the ohmic resistance of the coil (within a
tolerance of 10%) at 25 C ambient temperature.

(02410413)

Vibration Resistance: According To IEC 60068-2-6 The maximum

value of acceleration g can be applied to an relay without opening
contact.
Torque: According to EN 60999 refers to the maximum torque
supported by terminal screws connection on Nm.

SFMFRVJDL!T/B/!!

Ctra. Mntrida a Aldea del Fresno s/n. 45930 Mntrida. Toledo. Spain.

Tel: + 34 91 812 42 84

Fax: +34 91 817 85 65

E-mail: info@relequick.com

www.relequick.com

Products features standard information

Solid state relays

Repeatability: Is the maximum difference between two results

obtained by making a sufficient sample time measurements on
specific conditions that can be attributed to the accuracy of the
test method, and that it is given as mean value.

General characteristics
Description: A solid state relay (SSR) is an electronic switch,
that doesnt contains any moving parts. The charging current
is conducted by one or more semiconductors such as
transistors and thyristors or triacs in substitution of metal
contacts. Used for controlling high power loads signals starting
from low voltage control and intensity. Solid state relays are
widely used in test instruments, monitors, appliances, cars, etc.

Time precision Is the absolute percentage error is expressed in % of

the peak value it measures the instrument, and also expressed in %
with respect to the difference between maximum and minimum
value measurable.
Reestablishment time The minimun time necesary before re.starting
the timer function.

In comparison to electromechanical relays are lighter, quieter,

faster and more reliable, do not wear, are immune to shock
and vibration, generate very little interference, switch high
currents and voltages without producing arcs, provide several
kilovolts of isolation between input and output.

Control modules
Three phase monitoring module

Opto-coupler: The opto-coupler in all our solid state relays,

ensures electrical isolation between input and output circuits.

Voltage reading range: Is the read range of voltage that the

module can detect and monitor.

Minimum switching current: Is the minimum current required to

make a proper load switching.

Percentage of asymmetry: It Is given in % and represents the

theoretical phase shift distance of 120 between the phase-phase
phasors voltage on a three-phase.

Maximum load current: Maximum current that can

continuously pass through output terminals using a specific
heatsink.

Hysteresis: Is a % of the value which has been established below

which the control module is reset.

Zero crossing: Circuit which starts the operation when the

voltage at the AC load has a value close to zero.

Current monitoring module.

Current reading range: Is the read range of current that the
module can detect and monitor.

Control current: Is the nominal input current at 23 C for the

rated voltage.

Lock Time: Is the delay time of alarm activation after current

exceeded the set threshold.

Timers

Switch-on delay: this refers to the time taken for the output relay to
energise, following the detection of conditions requiring this.

General characteristics
Timing Adjustment: These are the values that can be established specific timed using timescales of the product or making
a program on it.

Key references
RQ S 4 0 L 230 AC D T

M series
M series
Q series
Q series
Q series
F series
F series

Product series
Type
Contacts number
Contacts material
Led
Coil voltaje
Coil circuit
Series executions
Type
Contact material
S: Change-over
Silver alloy
Standard fol all models

Sockets

SQ B 4 0 D

Model
B: screw terminal
R: Quick Clamp
C: PCB

SFMFRVJDL!T/B/!!

universal 8 pins
universal 11 pins
miniature
miniature
miniature
interface
interface

2 contacts
3 contacts
1 contact
2 contacts
4 contacts
1 contact
2 contacts

Circuit connected to coil

0: without circuit
D: with diode, only DC

8 pins
11 pins
8 faston
8 faston
14 faston
5 faston
8 faston

RVS10N(--)V000 PCB relay *

SVB10D010(---) interface socket 6,2mm **
SVB10D010000V PCB socket weld-on 6,2mm
SVB10D000000V Separator accesory
Connection bridge for SVG
AVP
sockets
MTV
Label for laser marking
* (--) 5/6/9/12/24/48/60 coil voltage
** (---)012/024/110/240 Input voltage

Special executions
0: without special
T: T series

Modules

Details of the references for sockets

M series
M series
Q series
Q series
F series
F series
Colour
0: Relequick grey colour
1: Black

RMS2
RMS3
RQS1
RQS2
RQS4
RFS1
RFS2

Luminous indication
L: with led
N without led

0 0 0

Product series
Model
Contacts number
Colour
Montage type
Form
Module insertion
Range

Slimline relay

Details of the references for relays

SMS2
SMS3
SQS2
SQS4
SFS1
SFS2

Montage type
D: DIN rail 35 mm
C: weld-on PCB

universal 8 pins
universal 11 pins
miniature
miniature
Interface
Interface
Form
0: Interface
1: Standard

Ctra. Mntrida a Aldea del Fresno s/n. 45930 Mntrida. Toledo. Spain.

2 contacts
8 pins
3 contacts
11 pins
1-2 contacts
8 faston
4 contacts
14 pins
1 contacts 5 faston or pins
2 contacts 8 faston or pins

Module insertion
0: yes
1: No

Tel: + 34 91 812 42 84

Range
0: Standard
T: T series

Fax: +34 91 817 85 65

SVT10D010024V SlimLine programmable timer

MQPMM
MMA10
M(--)Q
M(--)F

Programmable multifunction &

mulltivoltage module Q series
Module interface to connect
the MQPMM in the SM sockets
Indication and protection
modules Q series
Indication and protection
modules F series

RFS1SL028(---) Programmable solid state relay

MCU(--)R2

Current control module

MPH(--)R1

Three phase control module

E-mail: info@relequick.com

www.relequick.com

(02410413)

Relays

Relays RM-T series

Features

Universal power relay for general applications.

Available in 2 & 3 change-over contacts with max. current
10 A - 250 VAC1 / 28 VDC1.
Nominal power 1,5 W(DC) & 2,7 VAC.
Available with and without LED for AC/DC relays. Diode only
available for DC.
Socket terminals, 8 pins plug-in for 2 contacts and 11 pins
plug in for 3 contacts.
Insulation: IEC61810-1 - 2,5 KV/3.
Pollution degree: 2.
Approvals: CE, UL.
Protection class: IP40.
European Patent.

Coil ratings
60
Nominal voltage VDC
6 12 24
48
115
Resistance ( 15%) 28,4 100 430 1,5k 2,33K 8,1K
60
Nominal voltage VAC
6 12 24
48
120
4.2 19,5 73,6 284
1,5K
Resistance ( 15%)

220
32,6K
230
6,3K

Coil values at 25C

VDC
0,8 -1,1 Un
15% Un

Operating range
Max. drop-out voltaje

VAC 50HZ
0,8 -1,1 Un
30% Un

Contacts
RMS2-T Relay 8 pins 2 contacts

RMS3-T Relay 11 pins

Wiring diagram RMS2-T

Wiring diagram RMS3-T

Dimensions RMS2-T
33,4 [1.31]

Dimensions RMS3-T
33,4 [1.31]

34,2 [1.34]

2,
8

2,
8

[.1
1

[.1
1

34,2 [1.34]

34,2 [1.34]
52,1 [2.05]

34,2 [1.34]

52,1 [2.05]

3 contacts

Coil temperature

Electrical life

Product series
RM: RM relays series
Type
E: without button
S: with button

(02410413)

Contacts number
2: 2 contacts
3: 3 contacts
Contact material
0: silver alloy

SFMFRVJDL!T/B/!!

Led
L: with LED
N: without LED

Contact arrangement: 2C & 3C.

Max. contact power: 2500 VA / 280 W.
Max. voltage: 250 VAC / 220 DC1.
Max. current:10A ( 250 VAC1 / 28VDC1).
Maximum breaking capacity: 110V DC ---> 0,4A
220V DC ---> 0,15-0,20A
Contact resistance: 50 m.
Contact material: Silver alloy ( AgNi ).

Specification RM
Electrical life
Mechanical life
Insulation resistance
Operation time
Operation frequency
Release time
Dielectric strength at 1mA

105 cycles
107 cycles
1000M(500VDC)
30ms
1200op/h at nominal load
20ms
2.500VAC/min(between coil and contacts)
1.000VAC/min(between contacts)

Vibration resistance
Shock resistance
Room temperature
Room humidity
Atmospheric pressure
Weight
Pack units

10 - 50Hz (Double width 1,5mm)

10g
-40 C +65 C
35% -85% RH
86 - 106 KPa
80 gr
20

Coil voltage
006: 6V
012: 12V
024: 24V
048: 48V
060: 60V
115: 115V (only DC)
120: 120V (only AC)
220: 220V (only DC)
230: 230V (only AC)

Ctra. Mntrida a Aldea del Fresno s/n. 45930 Mntrida. Toledo. Spain.

Tel: + 34 91 812 42 84

Series features
T: T series
Circuit connect to coil
0: without circuit
D: with diode (only DC)
Coil version
AC: VAC voltage
DC: VDC voltage

Fax: +34 91 817 85 65

E-mail: info@relequick.com

www.relequick.com

Sockets SM-T series

Features
DIN rail (35 mm, t35) or panel mounting (EN 60715).
DIN/EN sequential numbering.
IEC / EN 61812/1/4 compliant.
Clip and label included.
Electronic modules allowed.

Specifications SMB2-T and SMB3-T

Nominal load

SMB3-T Socket

SMB2-T Socket

Wiring diagram SMB2-T

10 A / 400 VAC

Dielectric strength (Vrms/1min)

Wiring diagram SMB3-T

2,5 KV

Max. screw torque

1,2 Nm

Screws

M3 Steel. Pozi drive

4 mm2 or 2 x 2,25 mm2

Wire in lets capacity: solid wire

Wire in lets capacity: multi-core
Dimensions SMB2-T

22 14 AWG
MAX (1X12 /2X14 AWG)

Weight

Dimensions SMB3-T

60gr

Room temperature

-40C to 70C

Pack Units

,3
[

75 [2.94]

61,8 [2.43]

,3

[ .1

50gr

3]

25,9 [1.02]

38,4 [1.51]

3,7

5
[.1

4,
3

[.1
7]

35 [1.38]

37,1 [1.46]

3,

4 ,3

[.1
7]

5]
[.1

28 [1.09]

25,9 [1.02]
37,1 [1.46]

Weight

61,8 [2.43]

35 [1.37]
38,4 [1.51]

SMB2-T & SMB3-T (short sockets)

29 [1.15]

37 [1.47]

.13
]

IP 20

28 [1.11]

37 [1.47]

35 [1.36]

26 [1.02]
29 [1.15]

37 [1.46]

75 [2.94]

10

Protection category

37 [1.46]

26 [1.02]

35 [1.36]

References socket SMB-T

SMB21D10T
SMB21D11T

Long sockets for RM2 black

Short sockets for RM2 black

SMB20D11T

Short sockets for RM2 grey

SMB31D10T

Long sockets for RM3 black

SMB31D11T

Short sockets for RM3 black

SMB30D11T

Short sockets for RM3 grey

Accesories for relays

SFMFRVJDL!T/B/!!

Ctra. Mntrida a Aldea del Fresno s/n. 45930 Mntrida. Toledo. Spain.

Tel: +34 91 812 42 84

Fax: +34 91 817 85 65

E-mail: info@relequick.com

www.relequick.com

(02410413)

Mechanical indication and a wide window.

3-sequential-position test button (free, check, lock).
With colours for an easier identification of coil voltage
(DC Blue, AC Red).
Technical information and coil voltage in frontal side printed.

Relays RQ-T series

Features

Miniature power relays for general and industrial

applications. Available in 1 and 2 change-over contacts
with max. current 16 A - 250 VAC/30 VDC and 10 A - 250
VAC/30 VDC and in 4 change-over with max. current 5 A 250 VAC/30 VDC (AC1/DC1), (1, 2, 4 PDT) contacts.
Nominal coil power 0,9 W(DC) & 1.5 VAC.
Available with and without LED for AC and DC. Diode only
available for DC.
Insulation: IEC61810-1 - 2,5 Kv/3.
Pollution degree 2.
Plug-in terminal faston 1 and 2 contacts (4,8 mm). 4-contact
version with plug-in faston (2,6 mm).
Approvals: CE, UL.
Protection class : IP40
European Patent.

Coil ratings
Nominal voltage VDC
6
40
Resistance ( 15%)
Nominal voltage VAC
6
Resistance ( 15%) 11,5

12
160
12
40

60
24
48
115
220
650 2,6K 3,2K 13,8K 52,3K
60
24
48
120
230
160 700 1,06K 3,6K 12,4K

Coil values at 25C

Wiring diagram RQS1-T

RQS2-T

Relay 2 contacts

Wiring diagram RQS2-T

Dimensions RQS1-T & RQS2-T

35,4 [1.39]

27 [1.08]

35,5 [1.40]
(02410413)

Type
E: without button
S: with button

SFMFRVJDL!T/B/!!

Contacts

Electrical life RQS4-T

Coil voltage
006: 6V
012: 12V
024: 24V
048: 48V
060: 60V
115: 115V (only DC)
120: 120V (only AC)
220: 220V (only DC)
230: 230V (only AC)

Product series
RQ: RQ relays series

Contact material
0: silver alloy

VAC 50HZ
0,8 -1,1 Un
30% Un

105 cycles
Electrical life
Mechanical life
107 cycles
Insulation resistance
1000M(500VDC)
Operation time
20ms
Operation frequency
1200op/h at nominal load
Release time
20ms
Dielectric strength at 1mA in 1 & 2 contacts
2.000VAC/min(between coil and contacts)
1.200VAC/min(between contacts)
Dielectric strength at 1mA in 4 contacts
1.800VAC/min(between coil and contacts)
1.000VAC/min(between contacts)
Vibration resistance
10 - 50Hz (Double width 1,5mm)
Shock resistance
10g
Room temperature
-40 C +65 C
Room humidity
35% -85% RH
Armospheric pressure
86 - 106 KPa
Weight
35gr
Pack units
20

Coil temperature RQS4-T

Electrical life RQS1-T & RQS2-T

VDC
0,75 -1,1 Un
10% Un

Specifications RQ-T

2,6 [.10]

Coil temperature RQS1-T & RQS2-T

Operating range
Max. drop-out voltage

Contact arrangement: 1C, 2C and 4C.

Maximum contact power:(230 VAC1/25VDC1)
1C: 4.000 VA / 480 W
1C (1PDT)
2C: 2.500 VA / 300 W
2C (DPDT)
4C: 1.250 VA / 150 W
4C (4PDT)
Maximum voltage: 250VAC, 220VDC.
Maximum current: 16A(1C), 10A(2C), 5A(3C)
(250VAC1/28VDC1)
Maximum breaking capacity: 110V DC ---> 0,4A
220V DC ---> 0,15-0,20A
Contact resistance: 50m.
Contact material: Silver alloy( AgNi).

20,8 [.82]

4,8 [.19]

Wiring diagram RQS4-T

Dimensions RQS4-T

20,8 [.82]

Contacts number
2: 2 contacts
3: 3 contacts
4: 4 contacts

RQS4-T

Relay 4 contacts

28 [1.08]

RQS1-T

Relay 1 contact

Series features
T: T series
Circuit connect to coil
0: without circuit
D: with diode (only DC)
Coil version
AC: VAC voltage
DC: VDC voltage

Led
L: with LED
N: without LED

Ctra. Mntrida a Aldea del Fresno s/n. 45930 Mntrida. Toledo. Spain.

Tel: + 34 91 812 42 84

Fax: +34 91 817 85 65

E-mail: info@relequick.com

www.relequick.com

Sockets SQ-T series

Features

Interface I/O (Input/Output).

Interchangeable marked labels and clip integrated.
DIN rail (35 mm, T35) or panel mount (EN 60715).
Connection bridges for A2 terminals.
Electronic modules connection.
3-position clip for the subjection to DIN rail.
DIN and sequential numbering(optional).
IEC/EN 61812/1/4 compliant.

Specifications SQB20-T and SQB40-T

SQB2-T

SQB4-T

Socket

Wiring diagram SQB2-T

The SQ-T sockets are produced with module insertion.

Socket

Nominal load

Wiring diagram SQB4-T

16A (SQB2-T); 10A (SQB4-T) 250V

Dielectric strength Vrms/1min

2,5 KV

Max. screw torque

Dimensions SQB2-T

Dimensions SQB4-T interface

1,2 Nm

Screws

M3 Steel. Pozi drive

Wire in lets capacity: solid wire

4 mm2 or 2 x 2,25 mm2

77 [3.01]

Weight

61 [2.39]

46,4 [1.83]

Room temperature

35 [1.39]

35 [1.38]

3,7 [.14]
27 [1.06]

23 [.91]

27 [1.06]

3,6 [.14]

-40C to 70C
10

Protection category

IP 20

Weld-on PCB socket SQC

38 [1.50]

37,4 [1.47]

Weight

83 [3.28]

75 [2.96]

1gr

Pack Units

81 [3.17]

Dimensions SQB4-T

21 [.82]

12 [.46]

25 [.98]

30

43 [1.69]

Dimensions SQC2-T & SQC4-T

28 [1.11]

22 14 AWG
71gr

Pack Units
19 [.75]

81 [3.17]

Wire in lets capacity: multi-core

35 [1.37]

24 [.95]

27 [1.06]

3,8 [.15]

37 [1.47]
75 [2.96]

References
SQB21D10T

Socket for relays 1-2 contacts black

SQB20D10T

Socket for relays 1-2 contacts grey

SQB41D10T

Socket for relays 4 contacts black

SQB40D10T

Socket for relays 4 contacts grey

SQB41D00T

Interface socket for relays 4 contacts black

SQB40D00T

Interface socket for relays 4 contacts grey

SQC21C11T

Weld-on PCB socket for relays 2 contacts black

SQC41C11T

Weld-on PCB socket for relays 4 contacts black

Accessories for relays

SFMFRVJDL!T/B/!!

Ctra. Mntrida a Aldea del Fresno s/n. 45930 Mntrida. Toledo. Spain.

Tel: + 34 91 812 42 84

Fax: +34 91 817 85 65

E-mail: info@relequick.com

www.relequick.com

(02410413)

Led and Mechanical indication and a wide window.

3-sequential-position test button (free, check, lock).
With colours for an easier identification of coil voltage
(DC Blue, AC Red).
Technical information and coil voltage printed in frontal side.

Relays RF-T series

Features

Industrial interface relay for general applications. Available

in 1 & 2 change-over contacts with max. current 10 &16 A
- 250VAC1/30VDC1 and 5A & 8 A - 250 VAC1/30VDC1.
Coil nominal power DC 0,53 W & AC 1,1 VA.
Available with or without led for AC/DC relays.
Diode only available in DC.
Insulation: IEC61810-1 - 2,5 Kv/3.
Pollution degree 2.
Socket 187 (4,75 mm)terminals.
Approvals: CE, UL.
Protection class: IP40.
European Patent.

Coil ratings
Nominal voltage VDC
Resistance ( 10%)
Nominal voltage VAC
Resistance ( 10%)

6
68
6
17

12
259
12
63

24
939
24
250

48
115
4,2K 20,9K
48
120
1,1K 5,17K

230
20K

Coil values at 25 C
Operating range
Max. drop-out voltage

RFS2-T

Relay 1 contact

Wiring diagram RFS1-T

Wiring diagram RFS2-T

Dimensions RFS1-T

Dimensions RFS2-T
27 [1.06]

5 [.20]

5 [.20]

5 [.20]

Coil temperature RFS1-T

Electrical life RFS1-T

Coil temperature RFS2-T

Electrical life RFS2-T

Type
S: change-over
standard for all models

(02410413)

SFMFRVJDL!T/B/!!

Contact resistance: 50 m.
Contact material: Silver alloy (AgNi).

Specifications RF-T
Electrical life
Mechanical life
Insulation resistance
Operation time
Operation frequency
Release time
Dielectric strength at 1mA

105 cycles
107 cycles
1000M(500VDC)
20ms
1200op/h at nominal load
10ms
5.000VAC/min(between coil and contacts)
1.000VAC/min(between contacts)

Vibration resistance
Shock resistance
Room temperature
Room humidity
Armospheric pressure
Weight
Pack units

10 - 50Hz (Double width 1,5mm)

10g
-40 C +65 C
35% -85% RH
86 - 106 KPa
20gr
50

Coil voltage
006: 6V
012: 12V
024: 24V
048: 48V
060: 60V
115: 115V (only DC)
120: 120V (only AC)
230: 230V (only AC)

Product series
RF: RF relays series

Contacts number
1: 1 contact
2: 2 contacts

Contact arrangement: 1C and 2C.

Maximum contact power(230VAC1/28VDC1): 1C:2.500
VA / 300 W, 2C: 1.250VA / 150W.
Maximum voltage: 250 VAC / 220 VDC.
Maximum current: 10 A & 16A 1C and 8 A & 5A 2C
AC1/DC1
Maximum breaking capacity: 110V DC ---> 0,4A
220V DC ---> 0,15-0,20A

29 [1.13]

13 [.49]

5 [.18]

27 [1.06]

29 [1.14]

Contact material
0: silver alloy

VAC 50HZ
0,8 -1,1 Un
30% Un

Contacts

Relay 2 contacts

13 [.49]

RFS1-T

VDC
0,75 -1,1 Un
10% Un

Series features
T: T series
Power Version
0: standard power (10A - 5A)
H: hight power (16A - 8A)
Coil version
AC: VAC voltage
DC: VDC voltage

Led
N: without led

Ctra. Mntrida a Aldea del Fresno s/n. 45930 Mntrida. Toledo. Spain.

Tel: + 34 91 812 42 84

Fax: +34 91 817 85 65

E-mail: info@relequick.com

www.relequick.com

Socket SF-T series

Features

Interface I/O (Input/Output)

DIN rail (35 mm, T35) or panel mount (EN 60715)
PCB relays and electronic modules allowed
According to IEC(EN 61812/1/4)
DIN/EN sequential numbering

Specifications
Nominal load

SFB1-T

SFB2-T

Socket

Wiring diagram SFB1-T

1C: 16A (250 V); 2C: 8A (250V)

Dielectric strength Vrms/1min

Socket

2,5 KV

Max. screw torque

Wiring diagram SFB2-T

1,2 Nm

Screws

M3 Steel. Pozi drive

Quick Clamp
Dimensions SFB1-T

Stainless steel

Wire in lets capacity: solid wire

Dimensions SFB2-T

mm2

Wire in lets capacity: multi-core

3,

Protection Category

Weight

3gr

Pack Units

100

Weld-ong PCB sockets SFC

30,2 [1.19]

46 [1.79]

44 [1.74]

73 [2.88]

9,5 [.37]

72 [2.83]

References
Reference

Contacts

Connection

SFB11C00T

Socket for relays 1 contact black

SFB10C00T

Socket for relays 1 contact grey

SFC11C11T

Weld-on PCB sockets 1 contact relay black

SFB21C00T

Socket for relays 2 contacts black

SFB20C00T

Socket for relays 2 contacts grey

SFC21C11T

Weld-on PCB sockets 2 contacts relays black

IP 20

12,8 [.50]

75 [2.95]

61 [2.41]

]
. 13
2[

42 [1.67]

,2

3]
[.1

-40C to 70C
20

16 [.61]

35 [1.37]

22 14 AWG
46gr

Room Temperature
Pack Units

16 [.61]

42 [1.67]

61 [2.41]

75 [2.95]

Weight

or 2 x 2,25 mm2

5 [.20]

Series - T modules

31,3 [1.23]

8,6 [.34]

M12-LM-AA

6/230 VDC protection diode (A1-)

M22-LM-AB

6/230 VDC protection diode (A1+)

M32-LM-BC

6/24 VDC protection diode & led (A1-)

M32-LM-BC 6/24 VDC protection diode & led (A1+)

12,5 [.49]

M52-LM-DK

110/230 VAC RC supressor

M62-LM-EM

24/60 VAC/DC with led

M92-LM-EN

110/230 VAC/DC with led

SFMFRVJDL!T/B/!!

Ctra. Mntrida a Aldea del Fresno s/n. 45930 Mntrida. Toledo. Spain.

Tel: + 34 91 812 42 84

Fax: +34 91 817 85 65

E-mail: info@relequick.com

www.relequick.com

10

(02410413)

Series - T modules - diagrams

Relays RF-PT series

Features

Industrial interface relay for general applications.

Available in 1 and 2 change-over contacts with max. current
16 A - 250VAC1/30VDC1 and 8 A - 250 VAC1/30VDC1.
Coil nominal power DC 0,4 W.
Insulation: IEC61810-1 - 2,5 Kv/3.
Pollution degree 2.
Socket 187 (4,75 mm)terminals.
Approvals: CE, UL
Protection class: IP67
European Patent.

Coil ratings
Nominal voltage VDC
Resistance ( 10%)
Nominal voltage VAC
Resistance ( 10%)

6
60
6
16

12
24
48
115
353 1,37K 4,3K 22,8K
12
24
48
120
63 240
1K 6,7K

230
21K

Coil values (at 25 C)

VDC
0,75 -1,1 Un
10% Un

Operating range
Max. drop-out voltage

RFS1-PT Relay 1 contact

RFS2-PT Relay 2 contacts

Wiring diagram RFS1-PT

Wiring diagram RFS2-PT

Dimensions RFS1-PT (mm-inch)

Contact arrangement: 1C and 2C. (230 VAC1/28VDC1)

Maximum contact power: 1C:2.500 VA / 300 W, 2C: 1.250VA
/ 150W.
Maximum voltage: 250 VAC / 220 VDC.
Maximum current: 16A 1C and 8 A 2C AC1/DC1
Maximum breaking capacity: 110V DC ---> 0,4A
220V DC ---> 0,15-0,20A

29 [1.14]

Contact resistance: 50 m.
Contact material: Silver alloy (AgNi).

15 [.60]

5 [.20]

13 [.50]

15 [.60]

13 [.50]

5 [.20]

Contacts

Dimensions RFS2-PT (mm-inch)

29 [1.14]

Specifications RF-PT

4 [.15]

4 [.15]

Coil temperature RFS1-PT

Electrical life RFS1-PT

Coil temperature RFS2-PT

VAC 50Hz
0,8 -1,1 Un
30% Un

Electrical life RFS2-PT

Electrical life
Mechanical life
Insulation resistance
Operation time
Operation frequency
Release time
Dielectric strength at 1mA

105 cycles
107 cycles
1000 M(500VDC)
20 ms
1200 op/h at nominal load
10 ms
5.000VAC/min(between coil and contacts)
1.000VAC/min(between contacts)

Vibration resistance
Shock resistance
Room temperature
Room humidity
Armospheric pressure
Weight
Pack units

10 - 50 Hz (Double width 1,5mm)

10 g
-40 C +70 C
35% -85% RH
86 - 106 KPa
12 gr
100

The sockets for these relays are the SF SERIES page 10.

References RF-PT relays

Example: Relay RF. 1 contact, 24VDC coil voltage.

RF

Product series
RF: RF relays series

(02410413)

Type
S: change-over
standard for all models
Contacts number
1: 1 contact
2: 2 contacts
Contact material
0: silver alloy

11

SFMFRVJDL!T/B/!!

024

Coil voltage
006: 6V
012: 12V
024: 24V
048: 48V
060: 60V
115: 115V (only DC)
120: 120V (only AC)
230: 230V (only AC)

DC

Series features
T: T series
Type
P: power and sealed version
Coil version
AC: VAC voltage
DC: VDC voltage

Led
N: without led

Ctra. Mntrida a Aldea del Fresno s/n. 45930 Mntrida. Toledo. Spain.

Tel: + 34 91 812 42 84

Fax: +34 91 817 85 65

E-mail: info@relequick.com

www.relequick.com

RVS SlimLine relays and SVB sockets

Features

Miniature relay for PCB.

Available in 1 change-over contact with max. current
6A(AC1 / 250V; DC1 / 30V).
Nominal power: 5, 6, 9, 12, 18, 24 VDC (170mW);
48 VDC & 60 VDC (210mW).
Miniature, low comsumption, high response and sensitivity relay.
PCB terminals.
Approvals: CE.
Protection class (RVS): IP67
IEC 60664

Coil ratings

77 [3.03]

15 [.58]
5 [.20]

5 [.20]

15 [.58]

90 [3.54]

Contacts
5 [.20]

Control
voltage
32VDC
32VDC
12VDC
24VDC
60VDC

5 [.20]

1 [.04]

6
212

9
12
18
476 816 1,9K
24 VDC/AC

Operating range
Max. drop-out voltage
35 [1.36]

28 [1.10]

5
141

SVB sockets Features

24
48
60
3,3K 10,6K 16.6K
60 VDC/AC

Coil values at 25 C

6 [.25]

28 [1.10]

Nominal voltage VDC

Resistance ( 10%)
Socket input voltage

Reference
RVSDCB032DC240004D
RVSACB032DC240002Z
RVS10N012V000
RVS10N024V000
RVS10N060V000

The relay voltage 5,6,9,18 and 48VDC are under request

Interface I/O (Input/Output) & weld on sockets.

Diferent types depending on the input voltage.
Protection and indication circuit.
Rail DIN (35 mm) and PCB.
DIN / EN secuential numbering.
Protection class: IP20

SVB sockets specifications

Nominal load
Dielectric strength
Screws
Wire in lets capacity solid wire

6 A / 300 VAC
> 3 KV
M3 Steel. Pozi drive
1 x 2,5 mm2

Weight
Pack units

24gr
20

Sockets' references

VDC
0,75 -1,3 Un
5% Un

Contacts

Contact arrangement: 1C and 2C open contacts.

Maximum contact power: 1.500 VA (AC1 LOAD) 250 VAC.
Maximum voltage: 250 VAC.
Maximum current: 30A(AC1 250V), 9A-250VAC3, DC1 load
24V/220V, 140W/40W.
Contact resistance: 50 m.
Contact material: Silver alloy (AgNi).

Specifications RVS
Electrical life
Mechanical life
Insulation resistance
Operation time
Operation frequency
Release time
Dielectric strength at 1mA

105 cycles
107 cycles
1000 M(500VDC)
8ms
1200op/h at nominal load
4ms
4.000VAC/min(between coil and contacts)
1.000VAC/min(between contacts)

Vibration resistance
Shock resistance
Room temperature
Room humidity
Atmospheric pressure
Pollution degree
Weight
Pack units

10 - 55Hz (Double width 1,0mm)

5g
-40 C +85 C
5% -85% RH
86 - 106 KPa
3
5,4gr
50

Sockets reference

SVB10D010024V*

SVB10D010024V

SVB10D010060V

SVB10D010110V

SVB10D010240V

Sockets input voltage

12 VAC/DC

24VAC/DC

60VAC/DC

100-110VAC/DC

220-240 VAC/DC

Relay reference

RVS10N012V000

RVS10N024V000

RVS10N060V000

RVS10N060V000

RVS10N060V000

*The SVB0D010024V socket is also usefull for the 12V

Accesories
Reference

Description

Observations

SVB10D01000V

PCB socket- weld on 6,2mm

Separator accesory

SVB10D000000V
AVP

Connection bridge for SVB sockets 1bridge (20 pins) per unit
Labels set for laser marking

1 set 64 labels
(17410413)

MTV

SFMFRVJDL!T/B/!!

Ctra. Mntrida a Aldea del Fresno s/n. 45930 Mntrida. Toledo. Spain.

Tel: + 34 91 812 42 84

Fax: +34 91 817 85 65

E-mail: info@relequick.com

www.relequick.com

12

Power relays RM-FT

Features

Universal power relays for general applications with faston

terminals, specially designed to have a high resistance to
the wearing down in inductive load applications, for DC
current.
Nominal power 1,5W(DC) & 2,4 VAC.
Low consumption and high response.
Protection class: IP40.
Insulation: IEC61810-1 - 2,5 Kv/3.
Pollution degree: 2.
Contact material: (Ag+ Ni)
European Patent.
Approvals: CE, UL.
RME2-FT & RME3-FT change-over contacts
Available in 2 & 3 change-over contacts with max. current
16 A - 250 VAC / 30 VDC
RMS2-FT & RMS3-FT change-over contacts with LED & button
Available in 2 & 3 change-over contacts with max. current
16 A - 250 VAC / 30 VDC
RMEA2-FT & RMEA3-FT open contacts
Power relay faston terminals, special designed for DC charge
Applications with 1,5 mm GAP.
Available in 2 & 3 open contacts with max. current 16A 250 VAC / 30 VDC & 1A - 220 VDC

RM2-FT

RM3-FT

Relay 2 contacts

Wiring diagram RME20N

2 change-over contact

Wiring diagram RMS20L

2 change-over w. button

Wiring diagram RME2AN

2 open contact

Wiring diagram RME30N

3 change-over contact

Wiring diagram RMS30L

3 change-over w. button

Wiring diagram RME3AN

3 open contact

Relay 3 contacts

Wiring diagram RMED1

1 contact double make

Wiring diagram RMET1

1 contact triple make

In 1 contact triple make

is absolutely necesary
use the socket
* SMB31D11TFT

RMED-FT 1 open contact with double and triple make

universal power relay faston 1 open contact double and
triple make, designed with higher GAP to obtain more
switching capacity for DC current in inductive charges.
RMED 1 Double make
1 open contact with double make 3A/220 VDC1 GAP 3mm.
Available in 1 contact with max. current 16A
(250VAC/30VDC)
RMET 1 Triple make
1 open contact with triple make 3A/220 VDC1 GAP 4,5mm.
Available in 1 contact with max. current 16A
(250VAC/30VDC)
*Triple make use with socket SMB31D11TFT only.

Coil ratings
Dimensions RM2-FT & RM3-FT (mm-inch)

Nominal voltage VDC

Resistance ( 15%)
Nominal voltage VAC
Resistance ( 15%)

34 [1.34]

8 [.32]

52 [2.03]

37 [1.46]

(02410413)

13

SFMFRVJDL!T/B/!!

12
96
12
17

24
430
24
78

48
1,6K
48
305

115
9,8K
120
1,2K

220
39,7K
230
6,4K

Coil values (at 25 C)

4,8 [.19]

Coil temperature

6
23,5
6
3,9

Operating range
Max. drop-out voltaje

VDC
0,8 -1,1 Un
15% Un

VAC 50HZ
0,8 -1,1 Un
30% Un

Electrical life

Ctra. Mntrida a Aldea del Fresno s/n. 45930 Mntrida. Toledo. Spain.

Tel: + 34 91 812 42 84

Fax: +34 91 817 85 65

E-mail: info@relequick.com

www.relequick.com

Power relays RM-FT

Contacts
RME

RMS

Change over contacts

2C and 3C

Gap
Max. contact power

Change over contacts Change over contacts

with led and button

RMEA

RMED

RMET

Open contacts

Contact double make

Contact triple
make

2C and 3C

2C and 3C

1C

1C

1,5mm

1,5mm

1,5mm

3,5mm

4,5mm

4.000VA / 480W

4.000VA / 480W

4.000VA / 480W

4.000VA / 480W

4.000VA / 480W

16A (250VAC1)
16A (250VAC1)
16A (250VAC1)
16A (250VAC1/30VDC1) 16A (250VAC1/30VDC1)
3A (220 VDC1)
5A (220 VDC1)
1A (220 VDC1)
110V DC -> 0,4A
110V DC -> 0,4A
110V DC -> 0,4A
110V DC -> 0,4A
110V DC -> 0,4A
220V DC -> 0,15-0,20A 220V DC -> 0,15-0,20A 220V DC ->0,15-0,20A 220V DC -> 0,15-0,20A 220V DC->0,15-0,20

Max. current
Maximum
breaking capacity
Contact resistance

30m

30m

30m

30m

30m

Contact material

Silver alloy

Silver alloy

Silver alloy

Silver alloy

Silver alloy

Specifications RF-PT
Electrical life
Mechanical life
Insulation resistance
Operation time
Operation frequency
Release time
Dielectric strength at 1mA

105 cycles
107 cycles
1000M(500VDC)
30ms
1200op/h at nominal load
20ms
4.200VAC/min(between coil and contacts)
1.200VAC/min(between contacts)

Vibration resistance
Shock resistance
Room temperature
Room humidity
Armospheric pressure
Weight
Pack units

10 - 50Hz (Double width 1,5mm)

10g
-40 C +65 C
35% -85% RH
86 - 106 KPa
72gr
20

Product series
RM: RM relays series
Type
S: with button
E: without button
Contacts number
1: 1 contact double or triple make
2: 2 contacts
Contact material
3: 3 contacts
A: open contacts
D: double make one contact
T: triple make one contact
0: change over contact

LED
L: witht LED
N: without LED

Series features
FT: FT series power relays

Coil voltage
006: 6V
012: 12V
024: 24V
048: 48V
060: 60V
115: 115V (only DC)
120: 120V (only AC)
220: 220V (only DC)
230: 230V (only AC)

Coil version
AC: VAC voltage
DC: VDC voltage

Sockets SMB-FT
Features

35 [1.38]
,3

[ .1

3]

35,4 [1.39]

41,2 [1.62]
82,4 [3.24]

References sockets SMB-FT

SMB31D11FT000

Long black socket for 2 & 3 contacts relays

SMB31D11TFT00

Long black socket special for triple make

SFMFRVJDL!T/B/!!

Ctra. Mntrida a Aldea del Fresno s/n. 45930 Mntrida. Toledo. Spain.

Specifications SMB-FT
10A / 400VAC
2,5KV
1,2Nm

Nominal load
Dielectric strenght
Max. screw torque
Screws
Wire in lets capacity: solid wire

M3 Steel. Pozi drive

2
2
4 mm or 2 x 2,25 mm

Wire in lets capacity: multi-core

Weight
Pack units

22 14 AWG
67gr
10
(02410413)

26,1 [1.03]

DIN rail (35 mm) or panel mounting, T35 (EN 60715).

DIN/EN sequential numbering.
IEC / EN 61812/1/4 compliant.
Clip and label included.
Electronic modules allowed.

Tel: + 34 91 812 42 84

Fax: +34 91 817 85 65

E-mail: info@relequick.com

www.relequick.com

14

Power relays RPA

Features

High power relay designed for strong current load

applications.
1 & 2 open contacts used for up to 30A / 25A.
Available with flanges for panel or DIN rail, and faston or
screw terminals.
Nominal power 1,9 W(DC) & 2,5 VAC.
Insulation: IEC61810-1 - 2,5 Kv/3.
Pollution degree: 2
Approvals: CE, UL.
Protection class: IP20.
European patent.

Coil ratings
Nominal voltage VDC
Resistance ( 10%)
Nominal voltage VAC
Resistance ( 10%)

6
19
6
17

12
75
12
65

24
300
24
275

48
1,2K
48
1,1K

115
6,4K
120
4,7K

230
21K

Coil values (at 25 C)

RPA1

RPA2

Relay 1 contact

Wiring diagram RPA1

Relay 2 contacts

VDC
0,75 -1,1 Un
15% Un

Operating range
Max. drop-out voltage

Wiring diagram RPA2

VAC 50HZ
0,8 -1,1 Un
30% Un

Contacts
Dimensions RPA- Faston-flanges

Dimensions RPA faston-DIN

40 [1.58]

35 [1.38]

6,3 [.25]
60 [2.36]

44 [1.72]

33 [1.31]

33 [1.29]

40 [1.59]

6,3 [.25]

Contact resistance: 50 m.
Contact material: Silver alloy (AgNi).

50 [1.97]

68 [2.67]

68 [2.67]

51 [1.99]

50 [1.98]

Specifications RF-PT

Dimensions Screw terminals - DIN

51 [2.00]

44 [1.72]

40 [1.58]

35 [1.38]

33 [1.31]

47 [1.84]

M4

51 [1.99]

Coil temperature

Contact arrangement: 1C and 2C open contacts.

Maximum contact power: 7.500 & 6.250 VAC (AC1).
Maximum voltage: 250 VAC.
Maximum current: 30A (1C) & 25A (2C)
AC1 250V-9A-250VAC3
Maximum breaking capacity: 7500 VA/840W,
AC1 250/ DC1 30V

Electrical life

Electrical life
Mechanical life
Insulation resistance
Operation time
Operation frequency
Release time
Dielectric strength at 1mA

105 cycles
5x106 cycles
1000M(500VDC)
30ms
1200op/h at nominal load
30ms
4.000VAC/min(between coil and contacts)
1.000VAC/min(between contacts)

Vibration resistance
Shock resistance
Room temperature
Room humidity
Armospheric pressure
Weight

10 - 50Hz (Double width 1,5mm)

10g
-40 C +65 C
35% - 85% RH
86 - 106 KPa
91gr faston terminals
123gr screw terminals
10

Pack units

Coil voltage
006: 6V
012: 12V
024: 24V
048: 48V
115: 115V (only DC)
120: 120V (only AC)
230: 230V (only AC)

Product series
RF: RF relays series

(02410413)

Contacts number
1: 1 contact
2: 2 contacts

15

SFMFRVJDL!T/B/!!

Contact
A: open contacts for
all models

Series features
T: T series
Connection features
F: faston terminals & flanges
H: faston terminal & DIN rail
T: screw terminal & DIN rail
Coil version
AC: VAC voltage
DC: VDC voltage

Led
N: without led

Ctra. Mntrida a Aldea del Fresno s/n. 45930 Mntrida. Toledo. Spain.

Tel: + 34 91 812 42 84

Fax: +34 91 817 85 65

E-mail: info@relequick.com

www.relequick.com

STANDARD

SERIES

RELAYS

16

Relays RM series
Features

Universal power relay for general applications.

Available in 2 & 3 change-over contacts with max. current
10 A - 250 VAC1 / 28 VDC1.
Nominal power 1,5 W(DC) & 2,7 VAC.
Available with and without led for AC/DC relays.
Diode only available for DC.
Socket terminals, 8 pins plug-in for 2 contacts and 11 pins
plug-in for 3 contacts.
Insulation: IEC61810-5 - 2,5 KV.
Approvals: CE, UL.
Class protection: IP40
European patent.

Coil ratings
Nominal voltage VDC
Resistance ( 15%)
Nominal voltage VAC
Resistance ( 15%)

6
23,9
6
3,9

12
96
12
17

24
430
24
62,5

48
115
1,6K 7,4K
48
120
305 1,2K

220
29K
230
5,1K

Coil values at 25C

Operating range
Max. drop-out voltage

VDC
0,8-1,1 Un
15% Un

VAC 50HZ
0,8 -1,1 Un
30% Un

Contacts
RMS2

Relay 8 pins 2 contacts

RMS3

Wiring diagram RMS2

Wiring diagram RMS3

Dimensions RMS2

Dimensions RMS3

Coil temperature

35 [1.37]

Electrical life

Product series
RM: RM relays series

(02410413)

Type
S: change-over
standard for all models

17

SFMFRVJDL!T/B/!!

Specifications RM

34 [1.35]
57 [2.25]

35 [1.37]

58 [2.27]

34 [1.35]

Contacts number
2: 2 contacts
3: 3 contacts

Contact arrangement: 2C & 3C.

Max. contact power: 2.500 VA / 280 W.
Max. voltage: 250 VAC / 220 DC1.
Max. current:10A - 250 VAC1 / 28VDC1
Maximum breaking capacity: 110V DC ---> 0,4A
220V DC ---> 0,15-0,20A
Contact resistance: 50 m.
Contact material: Silver alloy.

Relay 11 pins 3 contacts

Contact material
0: silver alloy

Led
N: without led
L: with led

Electrical life
Mechanical life
Insulation resistance
Operation time
Operation frequency
Release time
Dielectric strength at 1mA

105 cycles
107 cycles
1000M(500VDC)
30ms
1200op/h at nominal load
20ms
2.500VAC/min(between coil and contacts)
1.000VAC/min(between contacts)

Vibration resistance
Shock resistance
Room temperature
Room humidity
Armospheric pressure
Weight
Pack units

10 - 50Hz (Double width 1,5mm)

10G
-40 C +65 C
35% -85% RH
86 - 106 KPa
80gr
10

Coil voltage
006: 6V
012: 12V
024: 24V
048: 48V
060: 60V
115: 115V (only DC)
120: 120V (only AC)
220: 220V (only DC)
230: 230V (only AC)

Ctra. Mntrida a Aldea del Fresno s/n. 45930 Mntrida. Toledo. Spain.

Tel: + 34 91 812 42 84

Series features
0: without special feature
Circuit connect to coil
0: without circuit
D: with diode (only DC)
Coil version
AC: VAC voltage
DC: VDC voltage

Fax: +34 91 817 85 65

E-mail: info@relequick.com

www.relequick.com

Sockets SM series
Features
DIN rail (35 mm,T35) or panel mounting (EN 60715).
DIN/EN sequential numbering.
IEC / EN 61812/1/4 compliant.
Clip and label included.
Electronic modules allowed.

Specifications SMB2 and SMB3

10A / 400VAC
2,5KV
1,2Nm

Nominal load
Dielectric strenght
Max. screw torque
Screws

SM2

SM3

Socket

Wiring diagram SM2

Socket

Wiring diagram SM3

35 [1.36]

35 [1.36]

37 [1.47]

,3
[

Wire in lets capacity: multi-core

Protection class
Room temperature
Weight

22 14 AWG
IP20
-40 to 70
59gr

Pack units

10

75 [2.94]

37 [1.47]

.13
]

M3 Steel. Pozi drive

2
2
4 mm or 2 x 2,25 mm

29 [1.15]

29 [1.15]

37 [1.46]

75 [2.94]

37 [1.46]

26 [1.02]

Dimensions SM3 (mm- inch)

26 [1.02]

Dimensions SM2 (mm- inch)

Wire in lets capacity: solid wire

,3

[.1

3]

References sockets SM
SMB20D1000000

Long grey socket for 2 contacts relays

SMB30D1000000

Long grey socket for 3 contacts relays

Accesories
Mechanical indication and a wide window.
3-sequential-position test button (free, check, lock).
Colours for an easier identification of coil voltage (DC Blue, AC
red).
Technical information and coil voltage in frontal side,
laser printed.
Interchangeable marking labels.

SFMFRVJDL!T/B/!!

Ctra. Mntrida a Aldea del Fresno s/n. 45930 Mntrida. Toledo. Spain.

Tel: + 34 91 812 42 84

Fax: +34 91 817 85 65

E-mail: info@relequick.com

www.relequick.com

18

(02410413)

AME

Relays RQ series
Features
Miniature power relays for general and industrial
applications.
Available in 1 and 2 change-over contacts with max. current
16A - 250 VAC/30 VDC and 10A - 250 VAC/30 VDC and in
4 change-over with max. current 5A - 250 VAC/30 VDC
(AC1/DC1).
Nominal coil power 0,9 W(DC) & 1.5 VAC.
Available with and without LED for AC and DC. Diode only
available for DC.
Pollution degree: 2.
Insulation: IEC61810-1 - 2,5 Kv/3.
Protection class: IP40.
Plug-in terminal faston 1 and 2 contacts (4,8 mm). 4-contact
version with plug-in faston (2,6 mm).
Approvals: CE, UL.
European patent.

Coil ratings

Nominal voltage VDC

Resistance ( 10%)
Nominal voltage VAC
Resistance ( 10%)

6
40
6
11,5

12
160
12
40

24
650
24
160

48
115
220
2,5K 13,2K 52K
48
120
230
600
3k
12,4K

Coil values at 25C

Operating range
Max. drop-out voltage

RQS1Relay 1 contact

Wiring diagram RQS1

RQS3 Relay 2 contacts

RQS4 Relay 4 contacts

Wiring diagram RQS2

Wiring diagram RQS4

29 [1.12]

4,8 [.19]

29 [1.12]

21 [.83]

37 [1.47]

Dimensions RQS4 (mm- inch)

21 [.83]

37 [1.46]

Dimensions RQS1 -RQS2 (mm-inch)

VAC 50HZ
0,8 -1,1 Un
30% Un

Contacts
Contact arrangement: 1C, 2C and 4C.
Maximum contact power: (230 VAC1 / 28VDC1)
1C: 4000VA / 480 W.
1C (1PDT)
2C: 2500VA / 300 W.
2C (DPDT)
4C: 1250VA / 150 W.
4C (4PDT)
Maximum voltage: 250 VAC, 220 VDC.
Maximum current: 16A, 10A, 5A. (250 VAC1/ 30 VDC1)
Maximum breaking capacity: 110V DC ---> 0,4A
220V DC ---> 0,15-0,20A
Contact resistance: 50m.
Contact material: Silver alloy (AgNi).

Specifications RQ

2,8 [.11]

Coil temperature RQS1-RQS2

VDC
0,7 - 1,1 Un
10% Un

105 cycles
Electrical life
Mechanical life
107 cycles
Insulation resistance
1000M(500VDC)
Operation time
20ms
Operation frequency
1200op/h at nominal load
Release time
20ms
Dielectric strength at 1mA in 1 & 2 contacts

Coil temperature RQS4

2.000VAC/min(between coil and contacts)

1.200VAC/min(between contacts)

Dielectric strength at 1mA in 4 contacts

Electrical life RQS1-RQS2

1.800VAC/min(between coil and contacts)

1.000VAC/min(between contacts)

Electrical life RQS4

Vibration resistance
Shock resistance
Room temperature
Room humidity
Armospheric pressure
Weight
Pack units

Product series
RQ: RQ relays series

(02410413)

Type
S: change-over
standard for all models
Contacts number
1: 1 contact
2: 2 contacts
4: 4 contacts

19

SFMFRVJDL!T/B/!!

Contact material
0: silver alloy

LED
N: without LED
L: with LED

Coil voltage
006: 6V
012: 12V
024: 24V
048: 48V
060: 60V
115: 115V (only DC)
120: 120V (only AC)
220: 220V (only DC)
230: 230V (only AC)

Ctra. Mntrida a Aldea del Fresno s/n. 45930 Mntrida. Toledo. Spain.

Tel: + 34 91 812 42 84

10 - 50Hz (Double width 1,5mm)

10g
-40 C +65 C
35% -85% RH
86 - 106 KPa
35gr
10

Series features
0: without special feature
Circuit connect to coil
0: without circuit
D: with diode (only DC)
Coil version
AC: VAC voltage
DC: VDC voltage

Fax: +34 91 817 85 65

E-mail: info@relequick.com

www.relequick.com

Sockets SQ series
Features

Interface I/O (Input/Output).

Interchangeable marked labels and clip integrated.
DIN rail (35 mm, T35) or panel mount (EN 60715).
Connection bridges for A2 terminals.
Electronic modules connection.
3-position clip for DIN rail subjection.
DIN and sequential numbering(optional).
IEC/EN 61811/2/4 compliant.

SQ2

SQ4

Socket

Wiring diagram SQ2

Socket

Specifications SQ

Wiring diagram SQ4

The SQ sockets are produced in 2 versions with or without

MQ-series module insertion (see modules pages).
Dimensions SQ4 (mm-inch)

69 [2.70]

69 [2.70]

Dimensions SQ2 (mm-inch)

[.1

3,
5

[.1
3,5

4]

23 [.92]

35 [1.39]
4]

23 [.92]

35 [1.39]

32 [1.26]
91 [3.58]

16A (SQB2,SQR2); 10A (SQB4, SQR4) 250V

Nominal load
2,5KV
Dielectric strenght
Max. screw torque
1,2Nm
Screws
M3 Steel. Pozi drive
2

Wire in lets capacity: solid wire

4mm or 2 x 2,25mm

Wire in lets capacity: multi-core

22 14 AWG

Protection class
Room humidity
Weight

IP20
-40 to 70
72gr

Pack units

10

32 [1.26]
91 [3.58]

References sockets SQ
Reference

Contacts

Connection
onnection

Module

SQB20D010

1 or 2

Screw
ew terminals

No

SQR20D010

1 or 2

Quick
uick Clamp

No

SQB20D000

1 or 2

Screw
ew terminals

Yes

SQR20D000

1 or 2

Quick
uick Clamp

Yes

SQB40D010

Screw
ew terminals

No

SQR40D010

Quick
uick Clamp

No

SQB40D000

Screw
ew terminals

Yes

SQR40D000

Quick
uick Clamp

Yes

Accesories

AQE
SFMFRVJDL!T/B/!!

AQP

Ctra. Mntrida a Aldea del Fresno

esno s/n. 45930 Mntrida. Toledo. Spain.

Tel: + 34 91 812 42 84

Fax: +34 91 817 85 65

E-mail: info@relequick.com

www.relequick.com

20

(02410413)

ow.
Mechanical indication and a wide window.
heck, lock).
3-sequential-position test button (free, check,
Colours for an easier identification of coill voltage
(DC blue, AC red).
n frontal part, laser printed.
Technical information and coil voltage in
Interchangeable marking labels. They can
n be easily interchanged
or replaced, enabling the relays and sockets
ckets identification.
Connection bridges allow the connection
tion of A2 coil terminal
contacts in Q & F series, thus reducing wiring
iring
g time and effort.

Relays RF series
Features

Industrial interface relay for general applications. Available

in 1 & 2 change-over contacts with max. current 10 A 250VAC1/30VDC1 and 5 A - 250 VAC1/30VDC1.
Coil nominal power 0,53 W(DC) & 1,1 VAC.
Available with or without LED for AC/DC relays.
Diode only available in DC.
Insulation: IEC61810-1 - 2,5 Kv/3.
Pollution degree 2.
Socket 187 (4,75 mm)terminals.
Protection class: IP40
Approvals: CE, UL.
European Patent.

Coil ratings
Nominal voltage VDC
Resistance ( 10%)
Nominal voltage VAC
Resistance ( 10%)

6
68
6
16

12
270
12
63

24
48
115
1,1K 4,1K 22,4K
24
48
120
230
240 1,06K 5,37K 21,18K

Coil values at 25C

RFS1

RFS2

Relay 1 contact

Wiring diagram RFS1

Relay 2 contacts

Wiring diagram RFS2

Dimensions RFS1

30 [1.19]

36 [1.40]

Contact resistance: 50 m.
Contact material: Silver alloy (AgNi).

20 [.79]

20 [.78]

5 [.20]
2,5 [.10]

VAC 50HZ
0,8 -1,1 Un
30% Un

Contact arrangement: 1C and 2C.

Maximum contact power (230BAC1 / 28 VDC1):
1C: 2.500VA / 300W
2C: 1.250VA / 150W
Maximum voltage: 250VAC / 220VDC.
Maximum current: 10A and 5A. (250AC1/30DC1)
Maximum breaking capacity: 110VDC ---> 0,4A
220VDC ---> 0,15-0,20A

13 [.51]

30 [1.19]

36 [1.42]

4,8 [.19]

VDC
0,75-1,1 Un
10% Un

Contacts

Dimensions RFS2

13 [.49]

5 [.20]

Operating range
Max. drop-out voltage

Specifications RM

Coil temperature RFS1

Electrical life RFS1

Electrical life
Mechanical life
Insulation resistance
Operation time
Operation frequency
Release time
Dielectric strength at 1mA

105 cycles
107 cycles
1000M(500VDC)
20ms
1200op/h at nominal load
10ms
5.000VAC/min(between coil and contacts)
1.000VAC/min(between contacts)

Coil temperature RFS2

Electrical life RFS2

Vibration resistance
Shock resistance
Room temperature
Room humidity
Armospheric pressure
Weight
Pack units

10 - 55Hz (Double width 1,5mm)

10g
-40 C +65 C
35% -85% RH
86 - 106 KPa
22gr
10

References RF relays
Example: Relay RF. 2 contacts, 230VAC coil voltage, with LED, and with diode.

RF

Product series
RF: RF relays series

(02410413)

Type
S: change-over
standard for all models
Contacts number
1: 1 contacts
2: 2 contacts

21

SFMFRVJDL!T/B/!!

Contact material
0: silver alloy

230

Coil voltage
006: 6V
012: 12V
024: 24V
048: 48V
060: 60V
115: 115V (only DC)
120: 120V (only AC)
230: 230V (only AC)

AC

Series features
0: without special feature
Circuit connect to coil
0: without circuit
D: with diode (only DC)
Coil version
AC: VAC voltage
DC: VDC voltage

Led
N: without led
L: with led

Ctra. Mntrida a Aldea del Fresno s/n. 45930 Mntrida. Toledo. Spain.

Tel: + 34 91 812 42 84

Fax: +34 91 817 85 65

E-mail: info@relequick.com

www.relequick.com

Sockets RF series
Features

Interface I/O (Input/Output).

Interchangeable marked labels option, and clip integrated
DIN rail (35 mm, T35) or panel mount (EN 60715).
Connection Bridges for A2 terminals.
Industrial faston or PCB relay mount.
3-position clip for subjection to DIN Rail.
DIN/EN sequential numbering (optional).
According to IEC/EN61810.

SF1

SF2

Socket

Wiring diagram SF1

Socket

Wiring diagram SF2

Dimensions SF2 (mm - inch)

69 [2.70]

69 [2.70]

Dimensions SF1 (mm - inch)

35 [1.39]

The SF sockets are produced in 2 versions with or without MF-series

module insertion (see the modules pages).

Nominal load
Dielectric strenght
Max. screw torque
Screws
Quick Clamp
Wire in lets capacity: solid wire

1C;16A (250V); 2C: 8A (250V)

2,5KV
1,2Nm
M3 Steel. Pozi drive
Stainless steel
2
2
4mm or 2 x 2,25mm

Wire in lets capacity: multi-core

Protection class:
Room Humidity

22 14 AWG
IP20
-40 to 70

Weight
Pack units

49gr
10

3,
5

[.1

4]

16 [.62]

3,
5

[.1
4]

16 [.63]

35 [1.39]

Specifications SFB10SFR10, SFB20SFR20

39 [1.52]

39 [1.52]
91 [3.58]

91 [3.58]

References
Reference

Contacts

Connection

SFB10D010

Screw terminals (Faston or PCB)

SFR10D010

Quick Clamp (Faston or PCB)

SFC11C110

Pin terminals (Faston)

SFB20D010

Screw terminals (Faston or PCB)

SFR20D010

Quick Clamp (Faston or PCB)

SFC21C110

Pin terminals (Faston)

Accessories for relays

Mechanical indication and a wide window.

3-sequential-position test button (free, check, lock).
Colours for an easier identification of coil voltage
(DC blue, AC red).
Technical information and coil voltage in frontal part, laser printed.
Interchangeable marking labels.
They can be easily interchanged or replaced, enabling the relays
and sockets identification.
Connection bridges allow the connection of A2 coil terminal

AFE
SFMFRVJDL!T/B/!!

AFP
Ctra.
a. Mntrida a Aldea del Fresno s/n. 45930 Mntrida. Toledo. Spain.

Tel: + 34 91 812 42 84

Fax: +34 91 817 85 65

E-mail: info@relequick.com

www.relequick.com

22

(02410413)

contacts in the Q & F series, thus reducing wiring time and effort.

SFMFRVJDL!T/B/!!
SFMFRVJDL!T/B/!

Ctra. Mntrida a Aldea del Fresno s/n. 45930 Mntrida. Toledo. Spain.

Tel: + 34 91 812 42 84

Fax: +34 91 817 85 65

E-mail: info@relequick.com

SOLID STATE RELAYS

www.relequick.com

24

Zero crossing AC SSR

Load current vs. ambient temperature
Single phase relay - 25 A

Single phase relay - 60 A

40 - 440 VAC

90 - 250 VAC

RS1A0P032DC440060Z

-30

20

40

60

40
WITHOUT HEAT SINK

20
0

80

-30

RSH-039 HEAT SINK

80 A

RS1A0P032DC440080Z

RSH-038

100 A

RS1A0P032DC440100Z

RSH-039

25 A

RS1A0P250AC440025Z

RSH-061

60 A

RS1A0P250AC440060Z

RSH-038

80 A

RS1A0P250AC440080Z

RSH-038

100 A

RS1A0P250AC440100Z

RSH-039

Load current (A)

Load current (A)

60
40

-30

80

100
RSH-038 HEAT SINK

60

Single phase relay - 100 A

80

RSH-038

40

RS1A0P032DC440060Z
RS1A0P250AC440060Z

Single phase relay - 80 A

20

20

Ambient temperature ( C)

RS1A0P032DC440025Z
RS1A0P250AC440025Z

Operational Operational
Reference
Reference
voltage
heat sink
current
25 A
RS1A0P032DC440025Z RSH-061
60 A

10

WITHOUT HEAT SINK

RSH-038 HEAT SINK

60

Ambient temperature ( C)

References

3 - 32 VDC

RSH-061 HEAT SINK

20

Single phase 2 input ranges: 3-32VDC and 90-250VAC.

Maximum load current (AC1 at 25 C): 25, 60, 80, 100A.
Operational ratings: 40 - 440 VAC.
Frequency range: 50- 60 Hz.
Maximum non-repetitive peak voltage: 930 Vp.
LED indicator.
Clip on protective cover for greater safety (IP 20).
Control
voltage

30

80
Load current (A)

Load current (A)

40

WITHOUT HEAT SINK

20

40

60

75
50
25
0

80

Ambient temperature ( C)

-30

WITHOUT HEAT SINK

20

40

60

80

Ambient temperature ( C)

RS1A0P032DC440080Z
RS1A0P250AC440080Z

RS1A0P032DC440100Z
RS1A0P250AC440100Z

Dimensions (mm-inch)

Over 10 A load a heat sink must be used. The use of a heat sink will make
the lifetime of the relay up to four times longer, even when using it with
load currents lower than 10 A.

General specifications
Dielectric insulation (between input & output)
Operating temperature
Storage temperature
Rth junction to case
Ambient humidity
CE marking

2,500 VAC
-25 C to 70 C
-35 C to 85 C
2,5 C/W (25 A)
0,65 C/W (60 A)
0,5 C/W (80 A)
0,3 C/W (100 A)
Operating: up to 85 %
Yes

Input specifications

VDC input
VAC input
Control voltage range
3 - 32 VDC
90 - 250 VAC
Input current (max)
10/16 mA @= 5 V/24 V 29 mA @= 220 VAC
Pick-up voltage
1,9 VDC
70 VAC
Drop-out voltage
1,9 VDC
70 VAC
Maximum reverse voltage
32 VDC
Max. response time pick-up
cycle
1 cycle
Max. response time drop-out
cycle
2 cycles

Diagrams

Output specifications
Maximum load current
(AC51 @ Ta = 25 C)
(AC53a @ Ta = 25 C)
Load voltage range
Frequency range
Max. non-repetitive peak voltage

25, 60, 80, 100 A

5, 15, 18, 20 A

40 - 440 VAC
50 - 60 Hz
930 Vp
350 Ap / 25 A 910 Ap / 80 A
Max. non-repetitive peak current (t=10ms)
630 Ap / 60 A 1100 Ap / 100 A
10 mArms
Maximum off state leakage current
200 V / seg
Minimum off state dv / dt
<1,6 VAC
Maximum on state voltage
Minimum load current
0,1 Arms
2
625 A s (25 A) 4.225 A2s (80 A)
I2t (10 ms) (orientative data)
2
2.025 A s (60A) 6.050 A2s (100A)

(02410413)

Housing specifications
Dimensions (L x W x H mm)
Weight
Baseplate
Control terminal (M3x6) torque
Power terminal (M5x9) torque

25

SFMFRVJDL!T/B/!!

57 x 44 x 23
150 gr max.
Aluminum, nickel-plated
1,2 Nm
2,4 Nm

Ctra. Mntrida a Aldea del Fresno s/n. 45930 Mntrida. Toledo. Spain.

Tel: + 34 91 812 42 84

Fax: +34 91 817 85 65

E-mail: info@relequick.com

www.relequick.com

Random AC SSR
Load current vs. ambient temperature
Single phase relay - 25 A

Single phase relay - 60 A

30

10

20

40

60

WITHOUT HEAT SINK

20
0

80

-30

RSH-039 HEAT SINK

RS1A0P032DC480060R RSH-038

80 A

RS1A0P032DC480080R RSH-038

100 A

RS1A0P032DC480100R RSH-039

25 A

RS1A0P280AC480025R RSH-061

60 A

RS1A0P280AC480060R RSH-038

80 A

RS1A0P280AC480080R RSH-038

100 A

RS1A0P280AC480100R

Load current (A)

Load current (A)

60 A

80

Single phase relay - 100 A

RSH-038 HEAT SINK

40

-30

60

100

60

40

RS1A0P032DC480060R
RS1A0P250AC480060R

Single phase relay - 80 A

20

20

Ambient temperature ( C)

80

Operational Operational
Reference
Reference
voltage
heat sink
current
25 A
RS1A0P032DC480025R RSH-061

90 - 280 VAC

40

RS1A0P032DC480025R
RS1A0P250AC480025R

References

40 - 480VAC

-30

WITHOUT HEAT SINK

RSH-038 HEAT SINK

60

Ambient temperature ( C)

Two input ranges: 3-32 VDC and 90-280 VAC.

Maximum load current (AC1 at 25 C): 25, 60, 80, 100A.
Operational ratings: 40 - 480 VAC.
Frequency range: 50- 60 Hz.
Maximum non-repetitive peak voltage: 930 Vp.
LED indicator.
Clip on protective cover for greater safety (IP 20).

3 - 32 VDC

RSH-061 HEAT SINK

20

Control
voltage

80
Load current (A)

Load current (A)

40

WITHOUT HEAT SINK

20

40

60

75
50
25
0

80

Ambient temperature ( C)

-30

WITHOUT HEAT SINK

20

40

60

80

Ambient temperature ( C)

RS1A0P032DC480080R
RS1A0P250AC480080R

RS1A0P032DC480100R
RS1A0P250AC480100R

Dimensions (mm-inch)

RSH-039

Over 10 A load a heat sink must be used. The use of a heat sink will make
the lifetime of the relay up to four times longer, even when using it with
load currents lower than 10 A.

General specifications

Dielectric insulation (between input & output)

Operating temperature
Storage temperature
Rth junction to case
Ambient humidity
CE marking

Input specifications

2,500 VAC
-30 C to 80 C
-35 C to 85 C
2,5 C/W (25 A)
0,65 C/W (60 A)
0,5 C/W (80 A)
0,3 C/W (100 A)
Operating: up to 85 %
Yes

VDC input
Control voltage range
3 - 32 VDC
Input current (max)
13/16 mA @= 5 V/24 V
Pick-up voltage
1,9 VDC
Drop-out voltage
1,9 VDC
Maximum reverse voltage
32 VDC
Max. response time pick-up
1 ms
Max. response time drop-out
cycle

VAC input
90 - 280 VAC
29 mA @= 220 VAC
70 VAC
70 VAC
-

Diagrams

Output specifications
Maximum load
current

(AC51 @ Ta = 25 C)
(AC53a @ Ta = 25 C)

Load voltage range

Frequency range
Max. non-repetitive peak voltage
Max. non-repetitive peak current
(t=10ms)
Maximum off state leakage current
Minimum off state dv / dt
Maximum on state voltage
Minimum load current
I2t (10 ms) (orientative data)

25, 60, 80, 100 A

5, 15, 18, 20 A
40 - 480 VAC
50 - 60 Hz
930 Vp
910 Ap / 80 A
350 Ap / 25 A
630 Ap / 60 A 1100 Ap / 100 A
8 mArms
200 V / seg
1,6 VAC
0,05 Arms
625 A2s (25 A) 4.225 A2s (80 A)
2.025 A2s (60A) 6.050 A2s (100A)

Dimensions (L x W x H mm)
Weight
Baseplate
Control terminal (M3x6) torque
Power terminal (M5x9) torque
SFMFRVJDL!T/B/!!

57 x 44 x 23
150 gr max.
Aluminum, nickel-plated
1,2 Nm
2,4 Nm

Ctra. Mntrida a Aldea del Fresno s/n. 45930 Mntrida. Toledo. Spain.

Tel: + 34 91 812 42 84

Fax: +34 91 817 85 65

E-mail: info@relequick.com

www.relequick.com

26

(02410413)

Housing specifications

Single phase SSR (DC load)

Load current vs. ambient temperature
Single phase relay - 25 A

Single phase relay - 40 A

40

40
Load current (A)

Load current (A)

RSH-036 HEAT SINK

30

RSH-061 HEAT SINK

20
10
0

-30

WITHOUT HEAT SINK

20

40

60

30
20
WITHOUT HEAT SINK

10
0

80

-30

Ambient temperature ( C)

RS1D0P015DC600025D

DC solid state relay.

Input range: 3 - 15 VDC.
Maximum load current (AC1 at 25 C): 25, 40, 60, 80A.
Operational ratings: 12 - 600 VDC.
LED indicator.
Clip on protective cover for greater safety (IP 20).

Control voltage

Reference
heat sink

25 A

RS1D0P015DC600025D

RSH-061

40 A

RS1D0P015DC600040D

RSH-036

60 A

RS1D0P015DC600060D

RSH-038

80 A

RS1D0P015DC600080D

RSH-038

3 - 15 VDC

RSH-038 HEAT SINK

Load current (A)

60
40
20
0

-30

80

80
RSH-038 HEAT SINK

Reference

60

Single phase relay - 80 A

80

Operational current

40

RS1D0P015DC600040D

Single phase relay - 60 A

Load current (A)

References

20

Ambient temperature ( C)

WITHOUT HEAT SINK

20

40

60

60
40
20
0

80

Ambient temperature ( C)

-30

WITHOUT HEAT SINK

20

40

60

80

Ambient temperature ( C)

RS1D0P015DC600060D

RS1D0P015DC600080D

Dimensions (mm-inch)

Over 10 A load a heat sink must be used. The use of a heat sink will make
the lifetime of the relay up to four times longer, even when using it with
load currents lower than 10 A.

General specifications
Dielectric insulation (between input & output)
Operating temperature
Storage temperature
Rth junction to case
Ambient humidity
CE marking

1,500 VDC
-40 C to 80 C
-45 C to 85 C
2,5 C/W (25 A)
0,65 C/W (60 A)
0,5 C/W (80 A)
Operating: up to 85 %
Yes

Input specifications
Control voltage range
Input current (max)
Pick-up voltage
Drop-out voltage
Maximum reverse voltage
Max. response time pick-up
Max. response time drop-out

3 - 15 VDC
2/30mA@= 3 V/15 V
1,5 VDC
1,5 VDC
15 VDC
5ms
0,2ms

Diagrams

Output specifications
Maximum load current
(AC51 @ Ta = 25 C)
(AC53a @ Ta = 25 C)
Load voltage range

25, 40, 60, 80A

5, 10, 15, 18A
12 - 600 VDC

Maximum off state leakage current

1mA

Minimum off state dv / dt

200V / seg

Maximum on state voltage

Minimum load current

1,4 VDC
0,1A

Housing specifications

(02410413)

Dimensions (L x W x H mm)
Weight
Baseplate
Control terminal (M3x6) torque
Power terminal (M5x9) torque

27

SFMFRVJDL!T/B/!!

60 x 45 x 22
150gr max.
Aluminum, nickel-plated
1,2Nm
2,4Nm

Ctra. Mntrida a Aldea del Fresno s/n. 45930 Mntrida. Toledo. Spain.

Tel: + 34 91 812 42 84

Fax: +34 91 817 85 65

E-mail: info@relequick.com

www.relequick.com

AC & load analog switching/pahse angle SSR

Load current vs. ambient temperature
Load adjusting voltage (%)

100

Control Operational Operational

voltage
current
voltage
25 A
240 VAC
40 A
2 - 10VDC
60 A
380 VAC
80 A
240 VAC
4 - 20mA
380 VAC

Reference

Ref.
heat sink

RS1APV010DC240025R

RSH-060

RS1APV010DC240040R

RSH-061

RS1APV010DC380060R

RSH-038

RS1APV010DC380080R

RSH-038

100 A
25 A

RS1APV010DC380100R
RS1API420mA240025R

RSH-039
RSH-060

40 A

RS1API420mA240040R

RSH-061

60 A
80 A

RS1API420mA380060R
RS1API420mA380080R

RSH-038
RSH-038

100 A

RS1API420mA380100R

RSH-039

RS1APV010DC380060R

40

RS1APV010DC380080R

20

RS1APV010DC380100R
2

Control input (VDC)

100
Load adjusting voltage (%)

References

RS1APV010DC240040R

60

Analog switching AC solid state relay.

Two input ranges: 4 - 20 mA and 2 - 10 VDC.
Maximum load current (AC1 at 25 C): 25, 40, 60, 80, 100 A.
Operational ratings: 0 - 380 VAC.
Frequency range: 50 - 60 Hz.
Maximum non-repetitive peak voltage: 850 Vp.
Clip on protective cover for greater safety (IP 20).

RS1APV010DC240025R

80

80

RS1API420mA240025R

60

RS1API420mA240040R
RS1API420mA380060R

40

RS1API420mA380080R

20
0

RS1API420mA380100R
5

10

15

20

Control input (VDC)

Over 10 A load a heat sink must be used. The use of a heat sink will make
the lifetime of the relay up to four times longer, even when using it with
load currents lower than 10 A.

Dimensions (mm-inch)

General specifications
Dielectric insulation (between input & output)
Operating temperature
Storage temperature
Rth junction to case

Ambient humidity
CE marking

Input specifications

2.500 VAC
-40 C to 80 C
-45 C to 85 C
2,5 C/W(25A)
0,5 C/W(80A)
1,25 C/W(40A)
0,3 C/W(100A)
0,65 C/W(60A)
Operating: up to 85 %
Yes

VDC input
Current
Control voltage range
2 - 10 VDC
4 - 20 mA
And control mA range
13/16 mA @= 5 V/24 V 29 mA @= 220 VAC
1,9 VDC
70 VAC
Pick-up voltage
1,9 VDC
70 VAC
Drop-out voltage
32 VDC
Maximum reverse voltage
1 ms
Max. response time pick-up
cycle
Max. response time drop-out

Diagrams

Output specifications
Maximum load
current

(AC51 @ Ta = 25 C)
(AC53a @ Ta = 25 C)

Load voltage range

Frequency range
Max. non-repetitive peak voltage
Max. non-repetitive peak current
(t=10ms)
Maximum off state leakage current
Minimum off state dv / dt
Maximum on state voltage
Minimum load current
I2t (10 ms) (orientative data)

25, 40, 60, 80, 100 A

5, 15, 18, 20 A
0 - 240VAC / 0 - 380 VAC
50 - 60 Hz
850 Vp
350 Ap / 25 A
910 Ap / 80 A
500 Ap / 40 A
630 Ap / 60 A 1100 Ap / 100 A
8 mArms
200 V / seg
1,6 VAC
0,15 - 0,25Arms
2
625 A s (25 A) 4.225 A2s (80 A)
1.250 A2s (40A)
6.050 A2s (100A)
2.025 A2s (60A)

Dimensions (L x W x H mm)
Weight
Baseplate
Control terminal (M3x6) torque
Power terminal (M5x9) torque
SFMFRVJDL!T/B/!!

57 x 44 x 23
160 gr max.
Aluminum, nickel-plated
1,2 Nm
2,4 Nm

Ctra. Mntrida a Aldea del Fresno s/n. 45930 Mntrida. Toledo. Spain.

Tel: + 34 91 812 42 84

Fax: +34 91 817 85 65

E-mail: info@relequick.com

www.relequick.com

28

(02410413)

Housing specifications

DIN-rail single phase SSR

Load current vs. ambient temperature
DIN-rail solid state relay (AC, 25 A)

DIN-rail solid state relay (AC, 60 A)

80
Load current (A)

Load current (A)

40
30
20
10
0

-30

20

40

60

60
40
20
0

80

-30

Ambient temperature ( C)

20

40

60

80

Ambient temperature ( C)

RS1A0R024DC480025Z

RS1A0P024DC480060Z

Dimensions (mm. inch)

AC zero crossing solid state relay.
Input range: 5 - 24 VDC.
Maximum load current (AC1 at 25 C): 25, 60 A.
Operational ratings: 48 - 480 VAC.
Frequency range: 50 - 60 Hz.
Maximum non-repetitive peak voltage: 1.000 Vp.
Two LEDs indicators (input / output).
Clip on protective cover for greater safety (IP 20).
Heat sink included.
Can be mounted directly on a DIN-rail with a clip for DIN-rail.
Control
voltage
5 - 24 VDC

Operational
voltage
48 - 480 VAC

Operational
current
25 A

RS1A0R024DC480025Z

60 A

RS1A0P024DC480060Z

92 [3.63]

98 [3.88]

References
Reference

13 [0.51]

102 [4.02]

22 [0.88]

General specifications
Dielectric insulation (between input & output)
Operating temperature
Storage temperature
Ambient humidity
CE marking

2.500 VAC
-40 C to 80 C
-45 C to 85 C
Operating: up to 85 %
Yes

68 [2.69]

Control voltage range

Input current (max)
Pick-up voltage
Drop-out voltage
Maximum reverse voltage
Max. response time pick-up
Max. response time drop-out

121 [4.77]

5 - 24 VDC
16/18 mA @= 5 V/24 V
2,2 VDC
2,2 VDC
24 VDC
10 ms
10 ms

Output specifications
Maximum load current
(AC51 @ Ta = 25 C)
(AC53a @ Ta = 25 C)
Load voltage range
Frequency range
Max. non-repetitive peak voltage
Max. non-repetitive peak current (t=10ms)
Maximum off state leakage current
Minimum off state dv / dt
Maximum on state voltage
Minimum load current
I2t(10 ms) (orientative data)

80 [3.15]

Input specifications

25, 60 A
5, 15 A
48 - 480 VAC
50 - 60 Hz
1.000 Vp
350 Ap / 25 A
630 Ap / 60 A
3 mArms
500 V / seg
<1,2 VAC
0,1 Arms
625 A2s (25 A)
2.025 A2s (60A)

Diagram

Housing specifications

(02410413)

Dimensions (L x W x H mm)
Weight
Baseplate
Control terminal (M3x6) torque
Power terminal (M5x9) torque

29

SFMFRVJDL!T/B/!!

75 x 35 x 100
80 x 70 x 105
200 gr
340 gr
Aluminum, nickel-plated
1,2 Nm
2,4 Nm

Ctra. Mntrida a Aldea del Fresno s/n. 45930 Mntrida. Toledo. Spain.

Tel: + 34 91 812 42 84

Fax: +34 91 817 85 65

E-mail: info@relequick.com

www.relequick.com

Single phase power relay SSR

Load current vs. ambient temperature
Single phase relay - 100 A

Single phase relay - 250 A

100

240
RSH-039 HEAT SINK

Load current (A)

Load current (A)

RSH-039 HEAT SINK

75
50
25
0

-30

WITHOUT HEAT SINK

20

40

60

180
120
WITHOUT HEAT SINK

60
0

80

Ambient temperature ( C)

-30

20

40

60

80

Ambient temperature ( C)

RS1A0PP32DC440100Z

RS1A0PP32DC440250Z

Dimensions (mm. inch)

AC Solid state relay, zero crossing.
Input range: 3 - 32 VDC.
Maximum load current (AC1 at 25 C): 100, 150, 250 A.
Operational ratings: 40 - 400 VAC.
Frequency range: 50 - 60 Hz.
Maximum non-repetitive peak voltage: 930 Vp.
LED indicator.

References
Control
voltage

Operational Operational
Reference
Reference
heat sinks
voltage
current
RSH-039
RS1A0PP32DC440100Z
100 A
3 - 32 VDC 40 - 440 VAC
150 A
RSH-039
RS1A0PP32DC440150Z
250 A

RS1A0PP32DC440250Z

RSH-039

Over 10 A load a heat sink must be used. The use of a heat sink will make
the lifetime of the relay up to four times longer, even when using it with
load currents lower than 10 A.

General specifications
Dielectric insulation (between input & output)
Operating temperature
Storage temperature
Ambient humidity
CE marking

2.500 VAC
-30 C to 80 C
-45C to 85 C
Operating: up to 85 %
Yes

Input specifications
Control voltage range
Input current (max)
Pick-up voltage
Drop-out voltage
Maximum reverse voltage
Max. response time pick-up
Max. response time drop-out

(50Hz)
(50Hz)

Diagram
3 - 32 VDC
6/35 mA @= 3 V / 32 V
3 VDC
1 VDC
32 VDC
10 ms
10 ms

Output specifications
Maximum load current
(AC51 @ Ta = 25 C)
(AC53a @ Ta = 25 C)
Load voltage range
Frequency range
Max. non-repetitive peak voltage

100, 150, 250 A

5, 15, 18, 20 A

40 - 440 VAC
50 - 60 Hz
930 Vp
1.100 Ap/100 A
Max. non-repetitive peak current (t=10ms)
2.200 Ap/250 A
1450 Ap/150 A
10 mArms
Maximum off state leakage current
500 V / seg
Minimum off state dv / dt
1,6 VAC
Maximum on state voltage
0,05 Arms
Minimum load current
6.050 A2s (100A) 24.200 A2s
I2t (10 ms) (orientative data)
(250A)
10.500 A2s (150A)

Dimensions (L x W x H mm)
Weight
Baseplate
Control terminal (M3x6) torque
Power terminal (M5x9) torque

SFMFRVJDL!T/B/!!

94 x 34 x 43
235 gr
Aluminum, nickel-plated
1,0 Nm
2,4 Nm

Ctra. Mntrida a Aldea del Fresno s/n. 45930 Mntrida. Toledo. Spain.

Tel: + 34 91 812 42 84

Fax: +34 91 817 85 65

E-mail: info@relequick.com

www.relequick.com

30

(02410413)

Housing specifications

PCB single phase SSR

Load current vs. ambient temperature
PCB mounting relay, 4 A

PCB mounting relay, 5 A

8
Load current (A)

Load current (A)

8
6
4
2
0
-30

20

40

60

6
4
2
0
-30

80

Ambient temperature ( C)

20

40

60

80

Ambient temperature ( C)

RS1ACB032DC440004Z
RS1AMB032DC440004Z

RS1AMB032DC440005Z

Dimensions (mm. inch)

AC Solid state relay, zero crossing.
Input range: 3 - 32 VDC.
Maximum load current (AC1 at 25 C): 4, 5 A.
Operational ratings: 40 - 400 VAC.
Frequency range: 50 - 60 Hz.
Maximum non-repetitive peak voltage: 1.200 Vp.

RS1ACB032DC440004Z

References
Control
voltage

Operational
voltage

3 - 32 VDC

40 - 440 VAC

Operational
current

Reference
RS1ACB032DC440004Z

4A

RS1AMB032DC440004Z

5A

RS1AMB032DC440005Z
RS1AMB032DC440004Z

General specifications
Dielectric insulation (between input & output)
Operating temperature
Storage temperature
Ambient humidity
CE marking

500 VAC
-30 C to 80 C
-30 C to 85 C
Operating: up to 85 %
Yes

Input specifications
Control voltage range
Input current (max)
Pick-up voltage
Drop-out voltage
Maximum reverse voltage
Max. response time pick-up
Max. response time drop-out

3 - 32 VDC
9/16 mA @= 5 V/24 V
1,5 VDC
1,5 VDC
32 VDC
<1 ms
<1 ms

(50Hz)
(50Hz)

RS1AMB032DC440005Z

Output specifications
Maximum load current
(AC51 @ Ta = 25 C)
Load voltage range
Frequency range
Max. non-repetitive peak voltage
Max. non-repetitive peak current (t=10ms)
Maximum off state leakage current
Minimum off state dv / dt
Maximum on state voltage
Minimum load current

4A, 5A
40 - 440 VAC
50 - 60 Hz
1.200 Vp
7 Ap / 5 A
10mA
200 V / seg
<1,6 VAC
0,1 Arms

Housing specifications
Dimensions (L x W x H mm)

(02410413)

Weight
Baseplate

31

43 x 26 x 12
22 gr

SFMFRVJDL!T/B/!!

34x26x16

43 x 31 x 20

34 gr
78 gr
Aluminum, nickel-plated

Diagram

Ctra. Mntrida a Aldea del Fresno s/n. 45930 Mntrida. Toledo. Spain.

Tel: + 34 91 812 42 84

Fax: +34 91 817 85 65

E-mail: info@relequick.com

www.relequick.com

PCB single phase power relay SSR

Load current vs. ambient temperature
Single phase power relay, 4 A

Single phase power relay, 2 A

8
Load current (A)

Load current (A)

8
6
4
2
0
-30

20

40

60

6
4
2
0
-30

80

Ambient temperature ( C)

20

40

60

80

Ambient temperature ( C)

RVSDCB024DC024004D

RVSACB024DC240002Z

Housing specifications

Optically Isolated
Low On-state Resistance
Low Input Power Consumption
TTL and CMOS compatible
RC networks (VAC)
UL requested

Dimensions (L x W x H mm)

22x5x15

Weight
Baseplate

AC
DC
Dielectric insulation (between input & output) 4KVrms, 1min 3750Vrms

Dimensions (mm. inch)

-20 C to 80 C
-25 C
-40 C
to 80 C
to 100 C
Operating: up to 85%
220 C (10sec)
Yes

Operating temperature
Storage temperature
Ambient humidity
Maximum Soldering Heat
CE marking

28 [1.10]

15 [.58]

General specifications

4g
-

24VDC
18 - 32VDC
9/16 mA @= 5V/24V
7,7mA
3000
1V
32VDC

Nominal Voltage
Control voltage range
Input current (max)
Control current
Impedance
Release voltage
Maximum reverse voltage

Output specifications

AC

Maximum load current

(AC51 @ Ta = 25 C)
Load voltage
Frequency range
Max. non-repetitive peak voltage
Max. non-repetitive peak current (t=10ms)
Maximum off state leakage current
Minimum off state dv / dt

DC

5 [.20]

5 [.20]

Input specifications

Diagram

4A, 2A
24V
50 - 60Hz
600V
60V
80A
7A
<1,5mA
<1mA
500V/s
0.24V
1,2V
(at IL=2A)
50mA
1mA
100s
50s
1/2 cicle
600s
+1ms

Maximum on state voltage

Minimum load current
Turn On Time (at nominal voltage)
Turn Off Time (at nominal voltage)

36V
-

Breakdown voltage
Static output on- Resistance (at IL=2A)
Peak power dissipation

50s
600W

References
AC

032

DC

Output voltage type

AC: VAC voltage
DC: VDC voltage

240

Output voltage
24: 24V (only DC)
48: 48V (only DC)
100: 100V (only DC)
240: 240V (only AC)

002

Printed circuit
Control voltage

Relay type
Z: zero crossing
R: random
D: DC
Amps
002: 2A (only AC)
004: 4A (only DC)

Control voltage type

SFMFRVJDL!T/B/!!

Ctra. Mntrida a Aldea del Fresno s/n. 45930 Mntrida. Toledo. Spain.

Tel: + 34 91 812 42 84

Fax: +34 91 817 85 65

E-mail: info@relequick.com

www.relequick.com

32

(02410413)

RVS
Product series
RVS: RVS relays series

Three phase SSR

Load current vs. ambient temperature
Three phase relay - 25 A

Three phase relay - 60 A

40

80

10

40 - 440 VAC

90 - 250 VAC

60 A

RS3A0P032DC440060Z

RSH-038

80 A

RS3A0P032DC440080Z

RSH-038

120 A

RS3A0P032DC440120Z

RSH-039

25 A

RS3A0P250AC440025Z

RSH-035

60 A

RS3A0P250AC440060Z

RSH-038

80 A

RS3A0P250AC440080Z

RSH-038

100 A

RS3A0P250AC440100Z

RSH-039

20

40

60

2.500 VAC
-25 C to 70 C
-35 C to 85 C
Operating: up to 85 %
Yes

Input specifications

VDC input
VAC input
Control voltage range
3 - 32 VDC
90 - 250 VAC
Input current (max)
5/25 mA @= 3 V/32 V 5/30 mA @= 90/250 V
3 VDC
Pick-up voltage
70 VAC
1 VDC
Drop-out voltage
70 VAC
32 VDC
Maximum reverse voltage
10 ms
Max. response time pick-up
10 ms
Max. response time drop-out

WITHOUT HEAT SINK

20
0

80

-30

80

100
RSH-039 HEAT SINK

Load current (A)

RSH-038 HEAT SINK

60
40

-30

60

Three phase relay - 100 A

80

40

RS3A0P032DC440060Z
RS3A0P250AC440060Z

Three phase relay - 80 A

20

20

Ambient temperature ( C)

WITHOUT HEAT SINK

20

40

60

75
50
25
0

80

-30

Ambient temperature ( C)

WITHOUT HEAT SINK

20

40

60

80

Ambient temperature ( C)

RS3A0P032DC440080Z
RS3A0P250AC440080Z

RS3A0P250AC440100Z

Three phase relay - 120 A

120
RSH-039 HEAT SINK

General specifications
Dielectric insulation (between input & output)
Operating temperature
Storage temperature
Ambient humidity
CE marking

40

RS3A0P032DC440025Z
RS3A0P250AC440025Z

Operational Operational
Reference
Reference
voltage
heat sink
current
25 A
RS3A0P032DC440025Z RSH-035

3 - 32 VDC

Load current (A)

Control
voltage

-30

WITHOUT HEAT SINK

60

Ambient temperature ( C)

Load current (A)

References

RSH-035 HEAT SINK

20

Three phase AC solid state relay, zero crossing.

Two input ranges: 3 - 32 VDC and 90 - 250 VAC.
Maximum load current (AC1 at 25 C): 25, 60, 80, 100, 120 A.
Operational ratings: 40 - 440 VAC.
Frequency range: 50- 60 Hz.
Maximum non-repetitive peak voltage: 930 Vp.
LED indicator.
Clip on protective cover for greater safety (IP 20).

Load current (A)

Load current (A)

RSH-038 HEAT SINK

30

90
60
30
0

-30

WITHOUT HEAT SINK

20

40

60

80

Ambient temperature ( C)
RS3A0P032DC440120Z

Over 10 A load a heat sink must be used. The use of a heat sink will make
the lifetime of the relay up to four times longer, even when using it with
load currents lower than 10 A.

Dimensions (mm. inch)

Output specifications
Maximum load current
(AC51 @ Ta = 25 C)
(AC53a @ Ta = 25 C)
Load voltage range
Frequency range
Max. non-repetitive peak voltage

25, 60, 80, 100, 120 A

5, 15, 18, 20, 21 A

40 - 440 VAC
50 - 60 Hz
930 Vp
350 Ap/ 25 A
1.100 Ap/100 A
Max. non-repetitive peak current (t=10ms) 630 Ap/ 60 A
1.400 Ap/120 A
910 Ap/ 80 A
10 mArms
Maximum off state leakage current
300 V / seg
Minimum off state dv / dt
Maximum on state voltage
1,6 VAC
0,1 Arms
Minimum load current
625 A2s (25 A) 6.050 A2s (100A)
I2t (10 ms) (orientative data)
2.025 A2s (60A)
9.800 A2s (120A)
4.225 A2s (80 A)

Diagrams

Housing specifications

(02410413)

Dimensions (L x W x H mm)
Weight
Baseplate
Control terminal (M3x6) torque
Power terminal (M5x9) torque

33

SFMFRVJDL!T/B/!!

106 x 75 x 32
150 gr max.
Aluminum, nickel-plated
1,2 Nm
2,4 Nm

Ctra. Mntrida a Aldea del Fresno s/n. 45930 Mntrida. Toledo. Spain.

Tel: + 34 91 812 42 84

Fax: +34 91 817 85 65

E-mail: info@relequick.com

www.relequick.com

Motor reversing SSR

Load current vs. ambient temperature
Motor reversing relay - 1 KW

Motor reversing relay - 5 KW

40

80
Load current (A)

Load current (A)

RSH-039 HEAT SINK

30

RSH-038 HEAT SINK

20
10
0

-30

WITHOUT HEAT SINK

20

40

60

This relay is used to invert the turn

direction of an engine, which will
depend on the input circuit.
If the system is powered between the
terminals F and GND, the triphase
network will work in a direct way; if it
is powered between R and GND,
the direction of the engine will be
inverted.

GND - R

10 - 30 VDC

Reference

Reference
heat sink

RS1ARP030DC5301K3Z

RSH-38

RS1ARP030DC5305K3Z

RSH-39

RS1ARP115AC5305K3Z

RSH-39

Operational Max. Load

voltage
Power
1 KW
24 - 530 VAC

90 - 115 VAC

5 KW

-30

20

40

60

80

RS1ARP030DC5305K3Z
RS1ARP115AC5305K3Z

Over 10 A load a heat sink must be used. The use of a heat sink will make
the lifetime of the relay up to four times longer, even when using it with
load currents lower than 10 A.

References
Control
voltage

WITHOUT HEAT SINK

20

Ambient temperature ( C)

RS1ARP030DC5301K3Z

Input control Output connection

GND - F

40

80

Ambient temperature ( C)

Motor reversing solid state relay, AC.

Two input ranges: 10 - 30 VDC and 90 - 115 VAC.
Maximum load power: 1 KW and 5 KW.
Operational ratings: 24 - 530 VAC.
Frequency range: 50- 60 Hz.
Maximum non-repetitive peak voltage: 1.200 Vp.
LED indicator (green: forward; yellow: reverse).

60

Dimensions (mm. inch)

General specifications
Dielectric insulation (between input & output)
Operating temperature
Storage temperature
Rth junction to case
Ambient humidity
CE marking

Input specifications
Control voltage range
Input current (max)
Pick-up voltage
Drop-out voltage
Maximum reverse voltage
Max. response time pick-up
Max. response time drop-out

2,500 VAC
-30C to 80 C
-35C to 85 C
0,25 C/W
0,22 C/W
Operating: up to 85 %
Yes

VDC
10 - 30 VDC
30 mA
8 VDC
4 VDC
30 VDC
cycle
cycle

VAC
90 - 115 VAC
35 mA
85 VAC
30 VAC
-

Diagram

Output specifications
Maximum load current
Load voltage range
Frequency range
Max. non-repetitive peak voltage
Max. non-repetitive peak current (t=10ms)
Maximum off state leakage current
Minimum off state dv / dt
Maximum on state voltage
Minimum load current
I2t (10 ms) (orientative data)

VDC
1 KW
25 A

VAC
5 KW
60 A

24 - 530 VAC
50 - 60 Hz
1.200 Vp
350 Ap / 25 A
850 Ap / 60 A
8 mArms
500 V / seg
1,6 VAC
1,8 VAC
0,1 A
2
625 A s (25 A)
3.600 A2s (60A)

Dimensions (L x W x H mm)
Weight
Baseplate
Control terminal (M3x6) torque
Power terminal (M5x9) torque
SFMFRVJDL!T/B/!!

106 x 75 x 32
430 gr Max.
Aluminum, nickel-plated
1,2 Nm
2,4 Nm

Ctra. Mntrida a Aldea del Fresno s/n. 45930 Mntrida. Toledo. Spain.

Tel: + 34 91 812 42 84

Fax: +34 91 817 85 65

E-mail: info@relequick.com

www.relequick.com

34

(02410413)

Housing specifications

Heat-sinks
Over 10 A load a heat-sink must be used. The use of a heat-sink will make the lifetime of the relay up to four times longer, even when using
it with load currents lower than 10 A. The following is a list of Relequicks available heat-sinks, a full range that covers the requirements of
all our solid state relays.

(Notation on mm-inch)

RSH-035
Current < 35A
Rh=1,7 K/W

79 [3.12]

7]

150 [5.91]

[.0

35 [1.38]

71 [2.80]

R2

32 [1.26]

90 [3.54]

90 [3.54]

80 [3.15]

RSH-036
Current < 50A
Rh=1,25 K/W

71 [2.80]
99 [3.90]

80 [3.15]

130 [5.12]

-6

92 [3.62]

-6

.8

8
x0.

130 [5.12]

M4x0.7 - 6H

M5

.7

x0

92 [3.62]

x0

M5

M4

150 [5.91]

48 [1.89]

-6
H

RSH-037
Current < 55A
Rh=1,15 K/W
183 [7.19]

RSH-038
Current < 80A
Rh=0,9 K/W

105 [4.13]
79 [3.11]

105 [4.15]

174 [6.83]
-6

108 [4.27]
125 [4.92]

150 [5.91]

42 [1.65]

90 [3.54]

5x
0.

-6

260 [10.24]

140 [5.51]

113 [4.45]

91 [3.58]

8
0.
5x
M

115 [4.54]
135 [5.31]

50 [1.95]

48 [1.89]

48 [1.89]

RSH-059
Current < 20A
Rh=2,9 K/W

RSH-039
Current < 180A
Rh=0,6 K/W
44 [1.73]
77 [3.04]

115 [4.54]
135 [5.31]

105 [4.15]

105 [4.13]
79 [3.11]

108 [4.27]

46 [1.81]

125 [4.92]

(02410413)

35

SFMFRVJDL!T/B/!!

Ctra. Mntrida a Aldea del Fresno s/n. 45930 Mntrida. Toledo. Spain.

Tel: + 34 91 812 42 84

73 [2.85]

200 [7.87]

M4

x0.
7

-6

47 [1.83]

Fax: +34 91 817 85 65

E-mail: info@relequick.com

www.relequick.com

Heat-sinks
RSH-060
Current < 25A
Rh=2,15 K/W

79 [3.12]

7]

150 [5.91]

[.0

50 [1.97]

99 [3.90]

80 [3.15]

92 [3.62]

8
x0.

130 [5.12]

M4x0.7 - 6H

M5

72 [2.83]
.7 - 6H

71 [2.80]

R2

71 [2.80]

52 [2.04]

M4x0

90 [3.54]

80 [3.15]

61 [2.40]

83 [3.27]

RSH-061
Current < 40A
Rh=1,42 K/W

-6
H

RSH-062
Current < 45A
Rh=1,38 K/W

100 [3.94]

RSH-063
Current < 50A
Rh=1,32 K/W

100 [3.94]

51 [2.01]
51 [2.01]

124 [4.88]

M4 x 0

180 [7.09]

80 [3.15]

- 6H

110 [4.33]

x0.7

110 [4.33]

M4

49 [1.93]

49 [1.93]

113 [4.45]

M 5x
.7 - 6H 0.8 - 6H

113 [4.45]

124 [4.88]

RSH-MR
Current 5A

81 [3.19]

48 [1.87]

6H

6H

7-

8-

x0.

x0 .

M4

M5

65 [2.56]

8 [.32]

44 [1.75]

SFMFRVJDL!T/B/!!

Ctra. Mntrida a Aldea del Fresno s/n. 45930 Mntrida. Toledo. Spain.

Tel: + 34 91 812 42 84

Fax: +34 91 817 85 65

E-mail: info@relequick.com

www.relequick.com

36

(02410413)

34 [1.34]

MODULES

RFS1SL Programmable solid state relay

Features
This module have 9 different time functions. The program
range is from 0,1 second to 999 hours timing.
There are RFS1 modules in VAC output (zero crossing and
random) and other in VDC output (with different polarities).
The led allows to see the relay status.
Our free software DEVICES PROGRAMMER* allows to
make a chain of time and PWM functions in a very easy
way.
This electronic module (plug and play in our sockets SF) is a solid state
relay that can be programmed with diferent time functions and PWM.

References
Reference

Polarity output

Output voltage

RFS1SL028DC0P

DC positive common

RFS1SL028DCNP

DC negative common

RFS1SL028AC0P

AC random

RFS1SL028ACZP

AC zero cross switching

5 - 50VDC

1,5 - 250VAC

Nominal values
Supply voltage
Programming time range
Time precision
Repeatability
Reestablishment time
Indicator(indicates the state relay output)

5 - 28 VDC
1ms - 999Hours
0,05% of set time
0,01% of set time
>300ms
Green led

Input ratings
Input current (max)
Pick-up voltage
Drop-out voltage
Max. reverse voltage
Max. response time pick-up
Max. response time drop-out

10 - 20 mA
5 VDC
3 VDC
28 VDC
1 ms
2 ms

Specifications

Functions

The RFS1 have different functions easy to program:

- Timing functions: simple or cycles.
- Control PWM.
For more information look the page 48.

Room humidity
Supply frecuency (AC)

Load current / temperature

Output relay

13 [.50]
Load current (A)

36 [1.42]

20 [.78]

Socket solid state relay (AC load)

RFS1SL028ACZP/0P

Dimensions

Working T
-20 C to 60 C
Storage T
-20 C to 100 C
5% to 85 %
50 - 60 Hz
Maximum load current
3 A(AC)
(AC51 @ Ta = 25 C)
2 A(DC)
1.5 - 250 VAC
Load voltage range
5 - 50 VDC
Maximum non-repetitive 250 VAC
peak voltage
150 VDC
Maximum non-repetitive
20 Ap
peak current (t = 5 ms)
Maximum off state
1 mA
leakage current
Min. off state dA / dt 5 A / 350 s

Room temperature

Max. on state voltage

Ambient temperature ( C)

Min. load current

Load current (A)

RFS1SL028DC0P/NP

Socket solid state relay (DC load)

4,8 [.19]

30 [1.19]

Ambient temperature ( C)

Uses and applications

All program timing functions at very fast switching time, because

it is a Solid state relay, with relay output 250VAC (3A) or 50VDC (2A).

I2t (5 ms)
(orientative data)
Insulation dielectric strength
(between input & output)
Mounting
Dimensions
Weight
CE- marking
Protection class
Pack Units

<1.5 VAC
<1.5 VDC
0.1 A
1 A 2s

3,750 KV
Faston standard form
29x13x40
23 gr
yes
IP20
10

Circuit diagrams

(02410413)

Accesories

To program by usb is required cable ref CPCD01.

39

SFMFRVJDL!T/B/!!

Ctra. Mntrida a Aldea del Fresno s/n. 45930 Mntrida. Toledo. Spain.

Tel: + 34 91 812 42 84

Fax: +34 91 817 85 65

E-mail: info@relequick.com

www.relequick.com

MQPMM Timer and counter module

Features
This module has 21 programmable functions, the timing range is
from 0,1 second to 999 hours and a counting capacity until 999
cycles with high precission.
It can be used with different relay models because the MQPMM
has a wide range of charges (24-230VAC, 12-115VDC). The LCD
allows to see the program status and the relay activity.
Our free software DEVICES PROGRAMMER* allows to make a
chain of time and count in a very easy way.
This electronic module (plug and play in our sockets SQ and SM) can
be programmed to control the relay that is connected in the socket
and work according with the program working in many ways.
It allows that one standard relay works like an output miniPLC with a
wide range of current and voltages.

It is possible to program the MQPMM with the buttons without the

PC.
The B conection in the socket allows a external signal, from a PC,
sensor, push button etc... allowing to change the relay status.

Nominal values

Reference
Reference

Type

MQPMM (easy control)

plugin timer module

Functions
The MQPMM has different functions easy to program:
- Timing functions: simple or cycles.
- Counter: simple or cycles.
- External signal: timing or counting according with the program.
For more information look at the pages 49 and 50.

Dimensions (mm-inch)

Supply voltage (U)

Timing range

VAC (50 / 60 Hz)

VDC

24 - 230
12 - 115

0,1seconds - 999 hours

Counter range

1 - 1000000

Timing precision

0.05 % of set time

Repeatability

0.01 % of set time

Reestablishment time
Minimum B signal duration
Maximum counter frequency

> 300 ms
> 23 ms (VDC) - 50 ms (VAC)
21Hz (VDC)-10 Hz (VAC)
(125 Hz under request)
program mode and relay output state

Indicator(LCD)

43 [1.71]

Specifications
Room temperature
Room humidity

24 [.94]

Supply frecuency (AC)

Nominal power AC/DC (W)
Mounting

22 [.86]

Uses and applications

Working T
Storage T

-10 C to 60 C
-20 C to 60 C
5% to 85 %
50 - 60 Hz

0.1 W (12 VDC) - 0.5 W (115 VDC)

Interface in SQ series and SM series sockets
43,5x24x21,8mm
11gr
Yes

Dimensions
Weight
CE - marking
Protection class
Pack Units

IP20
1

Switching and programming the module in our socket, you get more
advantages in your applications.
Example: you can have a timer and a counter for resistive or inductive
charges with a relay output 230VAC, 16A only switching our MQPMM in
the SQ socket with the adecuate relay.

Accesories
- It is necessary to program, use the cable ref: CPCD01.

SFMFRVJDL!T/B/!!

Ctra. Mntrida a Aldea del Fresno s/n. 45930 Mntrida. Toledo. Spain.

Tel: + 34 91 812 42 84

Fax: +34 91 817 85 65

E-mail: info@relequick.com

www.relequick.com

40

(02410413)

- Interface MMA10 to use the MQPMM in the socket SM.

SVT10D010024V SlimLine timer

Features

Programmable multi function electronic device. Up to 6

functions can be configured with 3 trimmers and using 6
different time scales:
[0,05 - 1] [0,5 - 10] [5 - 100] seconds
[0,5 - 10] [5 - 100] minutes
[0,5 - 10] hours
Compact design (6,22 mm), easy mounting and wiring.
SPDT 1-relay output with switching capacity of 6A.
Rail DIM 35mm (T35).
Timing range: 0,05 seconds to 10 hours.
LED indication of relay excitation.
One model covers the whole tension range 12 - 24AC/DC.
Easy programming: This timer can be programmed using a
lower scale to adjust their values better. Once the value is

the electronic programmable module has been specifically designed for

timing and controlling 5,08 mm PCB relays. The module can be mounted
on a DIN-rail and thanks to its 6,22 mm width and compact design it will
take up minimum space on any control panel.

programmed, the scale can be changed to the adequate

level to be used in operating mode.
Numbering identification label relay.
Retaining clip relay, Anti Shake.

With its 6 different functions and the wide timing range available (from 0,05

Nominal values

seconds to 10 hours) the module offers great control versatility within a

Supply voltage

reduced space.

from 0,8 to 1,1Un (12-24

VAC/DC)

Rated power

0,5W

Programming timing range

Functions

Operation time

Function

On pulse
(switch-off delay)

Asymmetrical cycle
(start ON)

Output relay

1 SPDT relay with 6A switching

capacity
(AC1 / 250 V - DC1 / 30V)

Breaking capactity

6/0,2/0,15 (DC1 30/110/220V)

applications and buildings. With our programmable timer

module it is possible to adjust how the system must works,

and its different programmable functions make it useful in

U

a wide range of possible environments.

R
U

Specifications
t

t/2

t/2

Room temperature

-10 C to 60 C
-20 C to 70 C
5% to 85 %
50 - 60 Hz

Resistive load 6A at 250VAC (cos =1)

6A at 30VDC (L/R = 0 ms)
1A at 250VAC (cos=0.4)
Inductive load
1A at 30VDC (L/R = 7 ms)
Electrical life 104cycles
7
Mechanical life 10 cycles

Max. screw torque

Mounting
Dimensions

1 [.04]
35 [1.38]

6 [.25]

15 [.58]

76 [2.99]

(02410413)

Working T
Storage T

Room humidity
Supply frecuency (AC)

Output relay

5 [.20]

Green LED

It is often useful in all kind of systems, from industrial

Dimensions (mm-inch)

28 [1.10]

Relay excited

Uses and applications

0.5 sec

Symmetrical cycle
(start OFF)

+ 1% of set time

Indicators
U

Symmetrical cycle
(start ON)

0,01 seconds

Timing precission

Diagram

On delay
(switch-on delay)

Fixed pulse

0,05 seconds to 10 hours

0.6Nm
DIN-rail
6,22 x 90 x 76 mm

Weight
CE - marking

23 gr
Yes

Protection class
Pack Unit

IP20
20

This timer can be used with 12VDC and 24VDC relays.

41

SFMFRVJDL!T/B/!!

Ctra. Mntrida a Aldea del Fresno s/n. 45930 Mntrida. Toledo. Spain.

Tel: + 34 91 812 42 84

Fax: +34 91 817 85 65

E-mail: info@relequick.com

www.relequick.com

Modules Standard SQ/SF

The use of indication and protection modules increases the relays
life and verifies their state.

Dimensions (mm-inch)

Use them to avoid the destructive effects from the

peaks produced by the variation of current when the relays are
used with inductive charges.

SF module

Free-wheeling diodes, varistors, or RC (snubber circuits)

are very useful in these cases.

SQ module

Functions
Operating Range

ByPass Module

Code
SF

SQ

(110-230VAC)

M11F

M11Q

(6 -24 VDC)

M12F

M12Q

(48 - 60 VDC)

M22F

M22Q

(110-230VDC)

M32F

M32Q

(6 -24 VDC)

M13F

M13Q

(48 - 60 VDC)

M23F

M23Q

(110-230VDC)

M33F

M33Q

(6 -24 VAC/VDC)

M14F

M14Q

(48 - 60 VAC/VDC)

M24F

M24Q

(110-230VAC/VDC)

M34F

M34Q

(6 -24 VAC/VDC)

M15F

M15Q

(48 - 60 VAC/VDC)

M25F

M25Q

(110-230VAC/VDC)

M35F

M35Q

(6 -24 VAC)

M16F

M16Q

(48- 60 VAC)

M26F

M26Q

(110-230VAC)

M36F

M36Q

(6 -24 VAC)

M17F

M17Q

(48- 60 VAC)

M27F

M27Q

Led + Diode
module
standard polarity

Led + Diode
module
inverse polarity

Led module

RC module

Led + Varistor
module

Rectifier + LED
module

SFMFRVJDL!T/B/!!

Ctra. Mntrida a Aldea del Fresno s/n. 45930 Mntrida. Toledo. Spain.

Description

Diagrams

Bypass module is used between 110-230VAC.

The module prevent the residual currents that may arise,
affecting the relays coil.
LED + Diode Module is used in VDC, if the led is
lit, the relay is energized. The negative peak voltages
are shorted by the diode in parallel.
The positive is connected to A1 contact.
LED + Diode Module is used in VDC, if the led is lit, the
relay is energized. The negative peak voltages are
shorted by the diode in parallel.
The positive is connected to A2 contact.
LED Module is used in VAC/VDC, if the led is lit the relay
is energized, for the VDC it should be noted that the
positive must be connected to A1 contact.

RC Module is used in VAC/VDC. The RC circuit protect

the coil from the voltage spikes.

LED + Varistor Module is used in VAC relays, the varistor

limits the voltage spikes that can reach the relay coil.
The LED indicates if the relay is energized. For VDC be
noted that the positive must be connected to A1.

Rectifier + LED Module is used in VDC, The module

rectifies the AC input to allow excite coils with currents
in DC. The LED indicates if the relay is energized.

Tel: + 34 91 812 42 84

Fax: +34 91 817 85 65

E-mail: info@relequick.com

www.relequick.com

42

(02410413)

Function

MCU Current monitoring relay

Features
The module can be used in two different ways:
Manual mode: configure the function n 0 only using the
trimmer.
Programming mode: With our Devices Programmer
software* it is possible to program easily up to different
functions.
Over, under and window current monitoring with a
measuring range from 0,5 to 10A.
Adjustable switch-on/off delay. LED indication of power and
alarm.
There are 2 models, with different power supply voltage.

Nominal values
from 0,8 to 1,1Un12 - 24 VAC/VDC

Supply voltage

This electronic current monitoring relay has been specially designed to

control the intensity on single-phase AC/DC circuits. It compares the set
intensity value to the real intensity supported by the circuit, activating the
alarms and outputs of the relevant relays in order to protect the system
against over and undercurrent between 0,5 and 10A (250 V). For currents
greater than 10A a transformer is used (view diagram).

References
Modules Reference

Imput voltage
12/24VAC/DC

MCU230R2

110/230VAC/DC 2 relay: 6A (250VAC/30VDC)

Accesories Reference
CPCD01
DEVICES
PROGRAMMER

Current reading range

Current precision
Switch-on delay
Programming time range
Time accuracy
Repeatability
Indicators

Output relays

MCU024R2

from 0,8 to 1,1Un110 - 230 VAC/VDC

0,5 - 10 A (AC/DC; without transformer)
20- 200 A with commercial CT
AC
+ 5% of full scale
DC

+ 5% of full scale

AC

0,02 seconds

DC
0,2 seconds
0,1 seconds -999 hours
+ 1% of full scale error
0,01% of set time
Alarm
Red LED
Supply
Green LED

Specifications

2 relay: 6A (250VAC/30VDC)

Working T

Room
Temperature

Type
special cable USB<-->mini-USB
Software

Storage T

Room humidity
Supply frequency (AC)
Overcurrent transient
(burst) - 100 ms

Functions

Output relays

Max. screw torque

Mounting
Dimensions
Weight
CE marking
Protection class

-10 C to 45 C (24 V)
-10 C to 60 C (230 V)
-40 C to 70 C
25% to 85%
50 / 60Hz 5Hz
50A

6 A at 250 VAC (cos =1)

Resistive load
6 A at 30 VDC (L / R = 0 ms)
1 A at 250 VAC (cos =0,4)
Inductive load
1 A at 30 VDC (L / R = 7 ms)
7
10 cycles
Mechanical Life
Electrical Life
3 x 104 cycles
0,8 Nm
DIN-rail (35 mm)
22,5 x 76 x 105 mm
115 gr
Yes
IP20

Connection diagrams

Uses and applications

Protection of engines against over- and/or undercurrent.

Detection of resistor failures on heating systems.
Current consumption control.
Security applications for the industry, buildings, lighting etc.

Dimensions (mm-Inch)

(07410413)

Functions 0 to 14 can be configured on a PC with our Devices Programmer software. The user can then load them
onto the module with the cable( CPCD01 ) provided by Relequick, S. A.

43

SFMFRVJDL!T/B/!!

Ctra. Mntrida a Aldea del Fresno s/n. 45930 Mntrida. Toledo. Spain.

Tel: + 34 91 812 42 84

Fax: +34 91 817 85 65

E-mail: info@relequick.com

www.relequick.com

MPH 3-ph loss, asymetry, sequency monitoring

Features

The module can be used in two different ways:

Manual mode: configure the function n 1 only using the trimmer.
Programming mode: With our Devices Programmer software it is
possible to program easily different functions, as the percentage
values of asymmetry and time delay.
The powering of the module is the same three-phase voltage to
be monitirized.
The module can detect asymmetry fails from 2% to 22% of
nominal voltage, the voltage range from 200 to 480VAC.
Adjustable switch-on/off delay.
Led indications of power, status relay and alarm.
Models with 2 different voltage range of power supply.

Nominal values
200 - 240 VAC

Supply voltage

This electronic digital programmable relay has been specially,

designed to monitor the voltage asymmetry, loss of phases
sequence and loss of phase for three -phase power systems.

From 2% until 22% of nominal voltage

+ 2% of full scale

Voltage reading precission

Switch-on delay

0,02 seconds
0,1 seconds -145 seconds

Programming time range

References
Modules Reference

Input and measure voltage

MPH240R1
MPH480R1

Time accuracy

+ 1% of set time

Repeatability

0,01% of set time

Red LED

200 to 240 VAC

380 to 480 VAC

Accesories Reference
CPCD01
DEVICES
PROGRAMMER

380 - 480 VAC

Voltage asymetry range

Indicators

Alarm
Supply

Green LED

Relay status

Yellow LED

Type
special cable USB<-->mini-USB

Specifications

Software

Room
Temperature

Functions

Working T

-10 C to 60 C

Storage T

-40 C to 70 C

Room humidity

25% to 85%

Supply frequency (AC)

50 / 60Hz 5Hz

Burst current 100 ms.

400 A, 100 ms max.

Resistive load

Output relays

Functions 0 to 3 can be configured on a PC with

our Devices Programmer software. The user can
then load them onto the module with the cable
( CPCD01 ) provided by Relequick, S. A.

Max. screw torque

Mounting
Dimensions
Weight
CE marking
Protection class

Inductive load
Mechanical Life
Electrical Life

6 A at 250 VAC (cos =1)

6 A at 30 VDC (L / R = 0 ms)
1 A at 250 VAC (cos =0,4)
1 A at 30 VDC (L / R = 7 ms)
7
10 cycles
3 x 104 cycles
0,8 Nm
DIN-rail (35 mm)
22,5 x 76 x 105 mm
150 gr (5.29 Oz)
Yes
IP20

Connection diagrams

3
2
1

ON

SELECTORS

Uses and applications

Dimensions mm (Inch)

The asymmetry, sequence detection and phase loss monitoring has

great applications in industry, buildings, and all kinds of electrical
installations, both in load monitoring, as in protection of machines
or small installations.

Protection and prevention due to an imbalance of the asymmetric

or one phase loss or the inverse of sequency power in any kind of
three phase motors.
Preventing damages or overheating in the engines.
Motors, pumps, compressors, forklifts, generators... all of them may
be protected with this device in case of phase failures.
SFMFRVJDL!T/B/!!

Ctra. Mntrida a Aldea del Fresno s/n. 45930 Mntrida. Toledo. Spain.

Tel: + 34 91 812 42 84

Fax: +34 91 817 85 65

E-mail: info@relequick.com

www.relequick.com

44

(07410413)

Some common applications are the following:

SMX-T80 GSM module

Features

SMX-80 module is the solution for the remote monitoring and control of the
temperature.
The SMS temperature information will be received in the mobile phone,
also the variations of all values, installation state and fails.
The mobile phone sends a SMS to the module programming the relays
output and control the device.
The Kit has SMX-T80 antenna FME and power supply.

Functions

Programmed by SMS and protected by password.

Information reforwarding without further configuration.
Two switch-buttons for the manual control of the relays.
Manual push button to recharge the temperature advices
programmed. Reset push button to return factory
program.
Two output relays are prepared for control for Switch-on or
off and timing.
One relay can be adjusted as a thermostat (adjustable
hysteresis) with two working ways:
Hot mode: Close when T is lower than the T
programmed.
Cool mode: Close when T is upper than the T
programmed.
Any change on the relay 2 when there are an advice of
temperature change can be made in three ways:
Automatic: reestablish the alarm when the temperature
return to the programmed values.
Forced: Maintain fix the last advice produced.
Timing: Avoid a large number of alarm messages (SMS).

Nominal values
Supply voltage

Output relay control by SMS, (2 output relays).

Battery supply option to avoid electricity fails. Inform of power supply
failure by SMS.
Inform of the temperature changes according with the program by SMS.
Inform of connection fail or failure of the temperature sensor by SMS.
First relay can be programmed to work as a thermostat.
Second relay can be programmed according with the temperature
value setting.

Communication

Supply not battery charging

Cinterion modem MC55i

Modem reboot
delay in case
of signal failure

10 seconds
0,02 seconds

Switch-on delay

Indicators

Led
Status

Dimensions (mm-inch)
66 [2.59]

Room
Temperature

40 [1.57]

Power supply
80 [3.14]

45 [1.78]

105 [4.13]

Accesories
Temperature sensor SMX-TEM.
The external temperature sensor has a range between -25 C to 85C.
Battery SMX-BAT.
Plum battery of 2V with 800mA, in box format with jack connector for
SMX-T80.
Antennas SMX-AN1 and SMX-AN2.

(02410413)

Rail DIN accessory SMX-DIN.

SFMFRVJDL!T/B/!!

System switch on
System without alarm

Yellow blinking
Green alarm
Red alarm

Waiting program
Lower temperature
Temperature alarm

Green led

GSM communication

Working T
Storage T

-5C to 50 C
-10C to 60 C

Working

5% to 85%

Storage

5% to 85%

Max. comsuption (during Battery charge) 5 W

1-4 terminals allows 12VDC of supply for other device

Supply frequency
(AC)

Output relays

45

Yellow regular
Yellow

Specifications

Room humidity

95 [3.74]

10 - 28V

Supply battery Charging

17 -28V
GSM 4 bands 800/900/1.800/1.900 MHz

Ctra. Mntrida a Aldea del Fresno s/n. 45930 Mntrida. Toledo. Spain.

50 / 60 Hz
Resistive load

5 A at 250 VAC (cos = 1)

5 A at 30 VDC (L / R = 0 ms)

Inductive load

1 A at 250 VAC (cos = 0,4)

1 A at 30 VDC (L / R = 7 ms)

Mechanical Life

10 cycles

Electrical Life

3 x 104 cycles

Mounting

Pannel mounting with accesory for rail DIN SMX-DIN

Dimensions

146 x 105 x 45 mm

Weight

166 gr

IP protection

IP 40

CE marking

Yes

Uses and applications

Monitoring in real time and programming the temperature.
Food warehouses.
Heating and freezing systems.
Cold stores.
Computer installations.
Laboratories.
In every place where the temperature is important to
control.

Tel: + 34 91 812 42 84

Fax: +34 91 817 85 65

E-mail: info@relequick.com

www.relequick.com

SMX-G50 GSM module

Features

Functions

Nominal values
Supply not battery charging

Supply voltage
Communication

Output relay control by SMS, (Two output relays).

Battery supply option to avoid electricity fails. Inform of power
supply failure by SMS.
Inform of the temperature changes according with the
program by SMS.
Inform of connection fail or failure of the temperature sensor by
SMS.
Two alarms input that advice by SMS when they open or close
according with the program.
Control the output realy using X10 module.
The relays 2 and 3 can be controlled for switch-on or switch-off
and timing.
It can send orders to any X10 device.

Dimensions (mm-inch)

10 seconds
0,02 seconds

Switch-on delay

Led
Status

Yellow regular
Yellow

System switch on
System without alarm

Yellow blinking
Green alarm
Red alarm

Waiting program
Lower temperature
Temperature alarm

Green led

GSM communication

Specifications
Room
Temperature
Room humidity

66 [2.59]

Cinterion modem MC55i

Modem reboot
delay in case
of signal failure

Indicators

Power supply

Working T
Storage T

-5C to 50 C
-10C to 60 C

Working

5% to 85%

Storage

5% to 85%

Max. comsuption (during Battery charge) 5 W

1-4 terminals allows 12VDC of supply for other device

40 [1.57]

Supply frequency
(AC)

Output relays

80 [3.14]

95 [3.74]

45 [1.78]

105 [4.13]

Accesories
Temperature sensor SMX-TEM.
The external temperature sensor has a range between -25 C to
85C.
Battery SMX-BAT.
Plum battery of 2V with 800mA, in box format with jack connector for SMX-G50.

10 - 28 V

Supply battery Charging

17 -28 V
GSM 4 bands 800/900/1.800/1.900 MHz

50 / 60 Hz
Resistive load

5 A at 250 VAC (cos = 1)

5 A at 30 VDC (L / R = 0 ms)

Inductive load

1 A at 250 VAC (cos = 0,4)

1 A at 30 VDC (L / R = 7 ms)

Mechanical Life

10 cycles

Electrical Life

3 x 104 cycles

Mounting

Pannel mounting with accesory for rail DIN SMX-DIN

Dimensions

146 x 105 x 45 mm

Weight

166 gr

IP protection

IP 40

CE marking

Yes

Uses and applications

This remote control module can be used in all the industrial and
domotic instalations in special cases that the electrical system
needs to be controlled in an easy way and in distance.

Antennas SMX-AN1 and SMX-AN2.

Garage doors.
External control of temperature systems.
Cooling and heating systems.
Domotic and industrial automation.

Rail DIN accessory SMX-DIN.

In every place where the temperature is important to control.

SFMFRVJDL!T/B/!!

Ctra. Mntrida a Aldea del Fresno s/n. 45930 Mntrida. Toledo. Spain.

Tel: + 34 91 812 42 84

Fax: +34 91 817 85 65

E-mail: info@relequick.com

www.relequick.com

46

(02410413)

SMX-G50 module is the solution for the remote monitoring and

control the temperature.
The SMS temperature information will be received in the mobile
phone, also the variations of all values, installation state and fails.
The mobile phone sends a SMS to the module programming the
relays output and control the device.
The Kit has SMX-G50, antenna FME, RS232 cable, and power
supply.

Programmable by SMS and Gplus software free. Protected by

password.
Information return without programming necessities.
Two digital Inputs one to connect a external thermostat.
Connection with X10 devices.
Three output relays are controlled for Switch-on or off and timing.
Manual push button control the relay 1 allowing pass from switch-on to switch-off only pushing time to time.
Reset push button to return factory program.
Control the relay 1 output to X10 adress working like a heatting
system according with the thermostat input allowing switch-on or
switch-off and timing and fix a value with the external thermostat.
Alarm of Max and Min. temperature.
the alarms can be sent to 3 mobile phones.
Indication LED state of the heating system and GSM communication.

Software Devices Programmer

Devices Programmer is a software for easy configuration to use with a
friendly graphic in which can be selected the different functions for each
module.
Devices Programmer is a tool that allows to edit, compile and download
the implemented program into the modules memory.

The software has a main menu and each function has a

short description about it.
It is possible to select the language among English,
French, Spanish and German.
The software can be downloaded from our website
www.relequick.com, freely.
Always to program our modules, you need to use our
cable converter series - USB CPCD01.
Easy selection among the different modules.
This software can be use to program the following
modules:
MQPMM, RFS1, MCU and MPH. Sooner in
more modules.
Note: you must disconnect the power supply of the
module before connecting it with the PC.

To create a program is simple and intuitive in that software, allowing the

development of complex programs with our modules.
You can save the program in your computer, so you can load the
program developed in all the modules you want.

Programming modules RFS1 and MQPMM

The program allows you to select the appropriate functions in an easy
way through various windows and drawings for each function.
All functions are placed in the main window in order to easily see the
program that you are editing.
The program is developed as a flow diagram in the workspace for an
easy understanding
"Devices Programmer" allows to program many functions in the same
module making chains of functions and jumping between them.
Allows to change the functions programmed only with a Click.
The flow diagram of the program finalizes with the word End or with a

(02410413)

flowchart jump making a loop.

47

SFMFRVJDL!T/B/!!

Ctra. Mntrida a Aldea del Fresno s/n. 45930 Mntrida. Toledo. Spain.

Tel: + 34 91 812 42 84

Fax: +34 91 817 85 65

E-mail: info@relequick.com

www.relequick.com

Software Devices Programmer

Programming modules MCU and MPH
-The module has a factory program installed that may be
programmed by selectors. The sofware allows program different
functions by the USB cable. It also allows back to factory mode.
- The function programmed by the software gets more accuracy
than the program made by the potentiometers.
- The programs of these modules are shown so that understanding is easy and intuitive .
- Allows to change the functions programmed only with a Click

Programming the modules

Once the program is finished, it can be donwloaded into the module in three very easy steps:
1. Create a connection with the module:
- Choice the USB communications port in Programming > Port.
- Establish the communication Click in the icon

and the signal of the connection will change to green.

2. Compile the program.

- Compile the program Click in the next icon:
3. Download the program in the module memory.
- Download the program Click in the next icon:
Note: you must turn-off the power supply of the module before to connect the module with the PC.

Functions of RFS1 solid state relay programmable

Switch-on delay
Switch-off delay

Pulse delay

Initial state
CO

NO

CO

NO

CO

NO

Diagram
U

NO

Symmetric timing
cycle (starting open)

CO

NO

Asymmetric timing
cycle (starting closed)

CO

NO

CO

NO

PWM progressive disconnection

ramp (for DC loads)

SFMFRVJDL!T/B/!!

t2

t1

R
U

Once the module is powered a symmetric cycle

begins, being the relay closed for a t timelapse and
open during the next t interval.

Once the module is powered a symmetric cycle

begins, being the relay open for a t timelapse and
closed during the next t interval.

t1

t2

t1

t2

t1

Once the module is powered an asymmetric cycle

begins, being the relay closed for a t1 timelapse and
open during a t2 interval.

t1

t2

t1

t2

t1

Once the module is powered an asymmetric cycle

begins, being the relay open for a t1 timelapse and
closed during a t2 interval.

R
CO
CO

NO
NO

R
U

After a t1 delay the relay is switched on, and keeps

on for a t2 lapse. The delay begins when the module
is powered.

t2

t1

Delay timing (t time) to the disconnection of the relay.

CO

PWM progressive connection

ramp (for DC loads)

R
U

Symmetric timing
cycle (starting closed)

Asymmetric timing
cycle (starting open)

Description
Delay timing (t time) to the connection of the relay.

The relay is connected slowly as a progressive

connection ramp (PWM). It is completed during the
specified time t.

The relay is disconnected slowly as a progressive

disconnection ramp (PWM). It is completed during
the specified time t.

Ctra. Mntrida a Aldea del Fresno s/n. 45930 Mntrida. Toledo. Spain.

Tel: + 34 91 812 42 84

Fax: +34 91 817 85 65

E-mail: info@relequick.com

www.relequick.com

48

(02410413)

DC load regulation Symmetric and asymmetric cycle timing functions

Simple timer

Function name

Software Devices Programmer

Functions MQPMM timer and counter module
F0:CONNECTION DELAY
Once the system is supplied with a voltage U, after
a time t, the relays R1 and R2 will be activated
simultaneously. ( the relay R2 is only available for
models MTIR2 and MTIR2 MODBUS )

A - SIMPLE TIMER
U
R1

R2

F1:DISCONNECTION DELAY
Once the system is supplied with a voltage U, after
a time t, the relays R1 and R2 will be deactivated
simultaneously. ( the relay R2 is only available for
models MTIR2 and MTIR2 MODBUS )

A - SIMPLE TIMER
U
t

R1

R2

F2:CONNECTION DELAY BY FLANK

Once the system is supplied with a voltage U,
when an up flank of the signal B1 is produced, the
relays R1 and R2 will be activated simultaneously
after a time t. In the modules that have input B2, as
MTIR2, the state of this signal B2 is irrelevant in this
function. (the relay R2 is only available for models
MTIR2 and MTIR2 MODBUS ).

B - TEMPORIZED WITH SIGNAL B1

U
B1
R1

R2

F3:ACTIVATION WITH U AND DISCONNECTION

DELAY BY FLANK EDGE OF SIGNAL B1
Once the system is supplied with a voltage U, the
relays R1 and R2 will be activated. When an up
flank of the signal B1 is produced, the relays R1 and
R2 will be deactivated simultaneously after the
programmed time t. In the modules that have
input B2, as MTIR2, the state of this signal B2 is
irrelevant in this function. (the relay R2 is only
available for models MTIR2 and MTIR2 MODBUS ).

B - TEMPORIZED WITH SIGNAL B1

U
B1
t

R1

R2

B - TEMPORIZED WITH SIGNAL B1

U
t1

B1

t2

t3
t+t1+t2+t3

R1

c
t+t1+t2+t3

R2

D - TEMPORIZED SYMMETRIC / ASYMMETRIC

U
t2

R1

t1

R2

t1

t2

D - TEMPORIZED SYMMETRIC / ASYMMETRIC

U
B1
t2

R1

t2

t1

t1
t2

R2

t2

t1

t1

D - TEMPORIZED SYMMETRIC / ASYMMETRIC

U
F4:DISCONNECTION DELAY BY DOWN FLANK , WITH
RELAY CONNECTION BY UP FLANK OF SIGNAL B1
Once the system is supplied with a voltage U,
When an up flank of the signal B1 is produced,the
relays R1 and R2 will be activated simultaneously.
With the flank down of the same pulse, a time t
starts and at the end of that time the relays R1 and
R2 will be deactivated simultaneously. If before the
end of time t there is a new pulse of the signal B1,
a new time t will begin with the down flank of the
second B1 and at the end ot this time t the relays
R1 and R2 will be deactivated simultaneously and
so forth. In the modules that have input B2, as
MTIR2, the state of this signal B2 is irrelevant in this
function. (the relay R2 is only available for models
MTIR2 and MTIR2 MODBUS).

B - TEMPORIZED WITH SIGNAL B1

U
B1

R1
R2

B - TEMPORIZED WITH SIGNAL B1

F5:DISCONNECTION DELAY BY UP FLANK OF SIGNAL

B1
Once the system is supplied with a voltage U,
When an up flank of the signal B1 is produced, the
relays R1 and R2 will be activated simultaneously
for a time t. In the modules that have input B2, as
MTIR2, the state of this signal B2 is irrelevant in this
function. (the relay R2 is only available for models
MTIR2 and MTIR2 MODBUS).

U
B1
R1
R2

F6:DISCONNECTION DELAY BY FLANK DOWN OF

SIGNAL B1
Once the system is supplied with a voltage U,
When a down flank of the signal B1 is produced,
the relays R1 and R2 will be activated
simultaneously for a time t. In the modules that
have input B2, as MTIR2, the state of this signal B2 is
irrelevant in this function. (the relay R2 is only
available for models MTIR2 and MTIR2 MODBUS).

B - TEMPORIZED WITH SIGNAL B1

U
B1
R1
R2

B - TEMPORIZED WITH SIGNAL B1

F7:DISCONNECTION DELAY BY UP OR DOWN FLANK

OF SIGNAL B1
Once the system is supplied with a voltage U,
When a up flank of the signal B1 is produced, the
relays R1 and R2 will be activated simultaneously
for a time t. If before the end of time t there is a
down flank of the signal B1, the relays R1 and R2
will remain active again a time t from the down
flank of the signal B1. In the modules that have
input B2, as MTIR2, the state of this signal B2 is
irrelevant in this function.

U
t

B1

R1

R2

R1
R2

(02410413)

B1

t1

t2
t+t1+t2

R1

R2

t+t1+t2

49

SFMFRVJDL!T/B/!!

F8:DISCONECTION DELAY INTERRUPTIBLE BY UP

FLANK OF SIGNAL B1
Once the system is supplied with a voltage U, and
after the programmed time t, the system will start
to count the time of duration t1 when the firt pulse
of B1 is finished. It will count for a time a, it will be
interrupted by a second pulse of B1 of duration t2
and at the end of the second pulse the system will
start to count for a time b, once the time b is
finished lthe relays R1 and R2 will be activated
simultaneously and remain active while power is
supplied. So the total delay will be the sum of t + t1
+ t2 etc., also t will be the sum of a+b+c...+n
interruptions. In the modules that have input B2, as
MTIR2, the state of this signal B2 is irrelevant in this
function.

t
t

D - TEMPORIZED SYMMETRIC / ASYMMETRIC

U
t

R1

t
t

R2

F10:PULSE DELAY
Once the system is supplied with a voltage U,
after a programmed time delay t1, the relays R1
and R2 will be activated simultaneously for a time
t2.
F11:PULSE DELAY WITH SIGNAL B1
Once the system is supplied with a voltage U,
after an up flank of the signal B1, It starts a delay
time t1 after which the relays R1 and R2 will be
activated simultaneously for a time t2. In the
modules that have input B2, as MTIR2, the state of
this signal B2 is irrelevant in this function.
F12:SYMMETRIC TIMING CYCLE (INITIALLY
ACTIVATED)
Once the system is supplied with a voltage U, a
symmetric timing cycle starts with time value t
for the activation and time t for the deactivation
until supply termination. The relays R1 and R2 are
initialy activated.
F13:SYMMETRIC TIMING CYCLE (INITIALLY
DEACTIVATED)
Once the system is supplied with a voltage U, a
symmetric timing cycle starts with time value t
for the activation and time t for the deactivation
until supply termination. The relays R1 and R2 are
initialy deactivated.

D - TEMPORIZED SYMMETRIC / ASYMMETRIC

U
t1
t1
R1
t2
t2
t1
t1
R2
t2
t2

F14:ASYMMETRIC TIMING CYCLE (INITIALLY

ACTIVATED)
Once the system is supplied with a voltage U, an
asymmetric timing cycle starts with time value
t1 for the activation and time t2 for the
deactivation until supply termination. The relays
R1 and R2 are initialy activated.

D - TEMPORIZED SYMMETRIC / ASYMMETRIC

F15:ASYMMETRIC TIMING CYCLE (INITIALLY

DEACTIVATED)
Once the system is supplied with a voltage U, an
asymmetric timing cycle starts with time value
t1 for the activation and time t2 for the
deactivation until supply termination. The relays
R1 and R2 are initialy deactivated.

U
t2

R1

t2

t1

t1
t2

R2

t2

t1

t1

E - SIMPLE COUNTING
U
1 23

B1

56

7 . . . n

R1
R2

E - SIMPLE COUNTING
U
1 23

B1

56

7 . . . n

R1
R2

G - SYMMETRIC / ASYMMETRIC COUNTING

U
1 2 3 . .n

B1
B - TEMPORIZED WITH SIGNAL B1

t
t

F9:CONNECTION DELAY INTERRUPTIBLE BY DOWN

FLANK OF SIGNAL B1
Once the system is supplied with a voltage U, and
after a programmed time delay t, this shall begin
with the start of the first pulse duration B1 "a", will
be interrupted by the down flank of the first pulse
B1, it will be stopped a time t1 to start again with
the second pulse duration B1 "b", will be
interrupted by the down flank of the second
pulse B1 and it will be stopped a time t2 to start
again with the third pulse duration B1 "c", and
elapsed a time t3 relays R1 and R2 will be
activated until supply termination. The total
retarded time will be the sum of t+t1+t2+t3 etc.,
also t will be the sum of a+b+c...+n pulse times. In
the modules that have input B2, as MTIR2, the
state of this signal B2 is irrelevant in this function.

1 2 3 . .n

R1
R2

Index
category

Ctra. Mntrida a Aldea del Fresno s/n. 45930 Mntrida. Toledo. Spain.

F16:COUNTER TO CONNECTION BY "N" UP FLANKS

OF SIGNAL B1
Once the system is supplied with a voltage U,
when the system recieves n pulses of the signal B1
the relays R1 and R2 will be activated in the up
flank of the n pulse of the signal B1 and will remain
ativated until supply termination. In the modules
that have input B2, as MTIR2, the state of this
signal B2 is irrelevant in this function.
F17:COUNTER TO DISCONNECTION BY "N" UP
FLANKS OF B1
Once the system is supplied with a voltage U,
when the system recieves n pulses of the signal B1
the relays R1 and R2 will be deactivated in the up
flank of the n pulse of the signal B1. In the
modules that have input B2, as MTIR2, the state of
this signal B2 is irrelevant in this function.
F18:SYMMETRIC COUNTER CYCLE BY "N" UP
FLANKS BY B1(INITIALY ACTIVATED)
Once the system is supplied with a voltage U, the
relays R1 and R2 will remain active until the arrival
of n pulses of signal B1. When the up flank of the
pulse n of the signal B1 arrives, the relay R1 and R2
will be disconnected. The relays will remain on
that state until the arrival of new n pulses of signal
B1, activating the relays with the up flank of the
pulse n of the signal B1 arrives. In the modules that
have input B2, as MTIR2, the state of this signal B2
is irrelevant in this function.

Category description

Index
category

Category description

Simple timer

Simple counter

Temporized functions with signal

B1
Temporized functions with signal
B1 and B2
Temporized
symmetric/asymmetric

Complex counter

Counter Asymmetric /Symmetric

Load controls DC (pwm)

C
D

Tel: + 34 91 812 42 84

Fax: +34 91 817 85 65

E-mail: info@relequick.com

www.relequick.com

Software Devices Programmer

U
B1

1 2 3 . .n

1 2 3 . .n

R1
R2

G - SYMMETRIC / ASYMMETRIC COUNTING

U
B1

1 2 3 . . n1

1 2 3 4 . . n2

R1
R2

B - TEMPORIZED WITH SIGNAL B1

U
B1
R1
R2

D - TEMPORIZED SYMMETRIC / ASYMMETRIC

U
B1
t

R1

R2

A - SIMPLE TIMER
t

R2

C - TEMPORIZED WITH SIGNAL B1 AND B2

U
B1
B2
R1
R2

t2
t1
t2
t1

F - COMPLEX COUNTING

F28:SYMMETRIC COUNTING FOR "N" DOWN

FLANKS OF SIGNAL B1(INITIALY DEACTIVATED)
AND "N" DOWN FLANKS OF SIGNAL B2
Once the system is supplied with a voltage U,
the relays R1 and R2 will remain inactive until the
arrival of n pulses of the signal B1. With the down
flank of the pulse number n of the signal B1 the
relays R1 and R2 will be activated. The relays will
remain activated until the arrival of an up flank
of signal B2. With the arrival of the up flank of the
pulse n of the signal B2, the relays R1 and R2 will
be deactivated. This function is available for
MTIR2.

U
1 2 3 . .n

B1

1 2 3 . .n

B2
R1
R2

F20:ASYMMETRIC COUNTER CYCLE BY "N1" AND F - COMPLEX COUNTING

N2 UP FLANKS OF SIGNAL B1(INITIALY ACTIVATED)
U
Once the system is supplied with a voltage U, the
1 2 3 . . n1
relays R1 and R2 will remain active until the arrival
B1
of n1 pulses of signal B1. When the up flank of the
1 2 3 . . n2
B2
pulse n1 of the signal B1 arrives, the relays R1 and
R2 will be deactivated. The relays will remain on
R1
that state until the arrival of new n2 pulses of signal
B1, activating the relays with the up flank of the
R2
pulse n2 of the signal B1 arrives. In the modules
that have input B2, as MTIR2, the state of this signal
B2 is irrelevant in this function.
F21: UP FLANK DELAY NEST-ABLE BY SIGNAL B1
Once the system is supplied with a voltage U, with
the up flank of a signal B1 is initiated a disconnection delay of the relay R1 and R2 with time t. If
before the end of it is received another pulse of
signal B1, then the relays will be activated a time t
from the flank edge of this second pulse of signal
B1. In the modules that have input B2, as MTIR2,
the state of this signal B2 is irrelevant in this
function.

F29:ASYMMETRIC COUNTING FOR "N1" DOWN

FLANKS OF SIGNAL B1(INITIALY DEACTIVATED)
AND "N2" DOWN FLANKS OF SIGNAL B2
Once the system is supplied with a voltage U,
the relays R1 and R2 will remain inactive until the
arrival of n1 pulses of the signal B1. With the
down flank of the pulse number n1 of the signal
B1 the relays R1 and R2 will be activated. The
relays will remain activated until the arrival of an
up flank of signal B2. With the arrival of the up
flank of the pulse n2 of the signal B2, the relays
R1 and R2 will be deactivated. This function is
available for MTIR2.

B - TEMPORIZED WITH SIGNAL B1

F30:UP FLANK DELAY OF SINGAL B1 BETWEEN

RELAY CONNECTIONS OF R1 AND R2
Once the system is supplied with a voltage U,
with the up flank of a signal B1 the relay R1 will
be activated for a programmed time t. Elapsed
this time, the relay R1 will be deactivated and
the relay R2 will be activated until supply
termination. the state of this signal B2 is irrelevant
in this function. This function is available for
MTIR2.

U
B1
t

R1
R2

F22:LOCKING AND CUTTING CYCLE WITH SIGNAL B1 D - TEMPORIZED SYMMETRIC / ASYMMETRIC

Once the system is supplied with a voltage U,
U
when an up flank of the signal B1 a connection
t1
delay with time t is initiated for the relays R1 and
R1
R2, after de up flank of the signal B1, a disconnect2
R2
tion delay with time t is initiated for the relays R1
and R2. In the modules that have input B2, as
MTIR2, the state of this signal B2 is irrelevant in this
function.
F23: CONNECTION DELAY BETWEEN RELAYS R1 AND
R2
Once the system is supplied with a voltage U, the
relay R1 will be activated, after a time t, the relay
R1 will be deactivated and the relay R2 will remain
activated until supply termination. This function is
available for MTIR2.

U
R1

F19:SYMMETRIC COUNTER CYCLE BY "N" UP FLANKS

BY SIGNAL B1(INITIALY DEACTIVATED)
Once the system is supplied with a voltage U, the
relays R1 and R2 will remain inactive until the
arrival of n pulses of signal B1. When the up flank
of the pulse n of the signal B1 arrives, the relays R1
and R2 will be activated. The relays will remain on
that state until the arrival of new n pulses of signal
B1, deactivating the relays with the up flank of the
pulse n of the signal B1 arrives. In the modules that
have input B2, as MTIR2, the state of this signal B2 is
irrelevant in this function.

F24:CONNECTION DELAY BY UP FLANK OF SIGNAL

B1 AND DISCONNECTION DELAY BY UP FLANK OF
SIGNAL B2
Once the system is supplied with a voltage U, with
the up flank of signal B1 is initiated a connection
delay of the relays R1 and R2 with time t1. The
relays will remain active until the arrival of a up
flank of signal B2, which it will start a disconnection
delay of the relays R1 and R2 with time t2. This
function is available for MTIR2.

F32:PULSE DELAY FOR UP FLANK OF B1 (INITIALY

R1 ACTIVATED AND R2 INITIALY DEACTIVATED)
Once the system is supplied with a voltage U,
after the up flank of the signal B1, a connection
delay of the relays R1 with programmed time t1
is initiated. Elapsed this time, the relay R1 will be
deactivated and the relay R2 will be activated,
then a disconnection delay of the relay R2 with
programmed time t2 will be initiated. the state
of this signal B2 is irrelevant in this function. This
function is available for MTIR2.

B - TEMPORIZED WITH SIGNAL B1

U
B1
t1

R1

t2

R2

D - TEMPORIZED SYMMETRIC / ASYMMETRIC

U
t

R1

R2

D - TEMPORIZED SYMMETRIC / ASYMMETRIC

U

C - TEMPORIZED WITH SIGNAL B1 AND B2

U
B1
B2
t2

R1

t1

R2

t1

t2

C - TEMPORIZED WITH SIGNAL B1 AND B2

U
B1
B2
t2

R1

t1

R2

t1

t2

F25:CONNECTION DELAY BY DOWN FLANK OF

SIGNAL B1 AND DISCONNECTION DELAY BY DOWN
FLANK OF SIGNAL B2
Once the system is supplied with a voltage U, with
the down flank of signal B1 is initiated a
connection delay of the relays R1 and R2 with time
t1. The relays will remain active until the arrival of a
down flank of signal B2, which it will start a
disconnection delay of the relays R1 and R2 with
time t2. This function is available for MTIR2.

F26:CONNECTION DELAY BY UP FLANK OF SIGNAL

B1 AND DISCONNECTION DELAY BY DOWN FLANK
OF SIGNAL B2
Once the system is supplied with a voltage U, with
the up flank of signal B1 is initiated a connection
delay of the relays R1 and R2 with time t1. The
relays will remain active until the arrival of a down
flank of signal B2, which it will start a disconnection
delay of the relays R1 and R2 with time t2. This
function is available for MTIR2.

t1

R1

t1

U
B1
B2
t2

R1

t1

R2

t1

t2

F27:CONNECTION DELAY BY DOWN FLANK OF

SIGNAL B1 AND DISCONNECTION DELAY BY UP
FLANK OF SIGNAL B2
Once the system is supplied with a voltage U, with
the down flank of signal B1 is initiated a
connection delay of the relays R1 and R2 with time
t1. The relays will remain active until the arrival of
an up flank of signal B2, which it will start a
disconnection delay of the relays R1 and R2 with
time t2. This function is available for MTIR2.

Ctra. Mntrida a Aldea del Fresno s/n. 45930 Mntrida. Toledo. Spain.

t2

Pot.
R1

U
t

F37:PWM DOWN OF PULSE WIDTH FOR DC LOADS

Once the system is supplied with a voltage U, a
modulation connection pulse width starts in
relay R1, decreasing the pulse width on ramp
edge during a t time.

H - LOADS CONTROL DC (PWM)

U
t

Index
category
A
B
C

F34: ASYMMETRIC CYCLE TIMED(R1 INITIALY

ACTIVATED)
Once the system is supplied with a voltage U, an
asymmetric cycle timed is initiated with
programmed times t1 and t2. The first relay to be
activated is the relay R1. This function is
available for MTIR2.

F36:PWM EDGE OF PULSE WIDTH FOR DC LOADS

Once the system is supplied with a voltage U, a
modulation connection pulse width starts in
relay R1, increasing the pulse width on ramp
edge during a t time.

H - LOADS CONTROL DC (PWM)

R1

F33: SYMMETRIC CYCLE TIMED(R1 INITIALY

ACTIVATED)
Once the system is supplied with a voltage U, a
symmetric cycle timed is initiated with a
programmed time t. The first relay to be
activated is the relay R1. This function is
available for MTIR2.

F35: LOAD CONTROLS ON DC WITH POTENTIOMETER REGULATOR

Once the system is supplied with a voltage U,
when you insert the potentiometer regulator in
the RFS1LS connector, you can control the DC
load with a generated PWM signal.

SFMFRVJDL!T/B/!!

t2

H - LOADS CONTROL DC (PWM)

R1
C - TEMPORIZED WITH SIGNAL B1AND B2

t1

t1

t2

R2

F31: PULSE DELAY (R1 INTIALY ACTIVATED AND R2

INTIALY DEACTIVATED)
Once the system is supplied with a voltage U, a
connection delay of the relays R1 with programmed time t1 is initiated. Elapsed this time, the
relay R1 will be deactivated and the relay R2 will
be activated, then a disconnection delay with
programmed time t2 will be initiated for relay R2.
This function is available for MTIR2.

Category description

Temporized functions with signal B1

Temporized functions with signal
B1 and B2
Temporized
symmetric/asymmetric

Tel: + 34 91 812 42 84

Fax: +34 91 817 85 65

Index
category
E

Simple timer

Category description
Simple counter

Complex counter

Counter Asymmetric /Symmetric

Load controls DC (pwm)

E-mail: info@relequick.com

www.relequick.com

50

(02410413)

G - SYMMETRIC / ASYMMETRIC COUNTING