CONTA-CLIP
Interface Relays Compact IRC and Multifunction timer relay MFR IRC
Conta Clip has a wide range of compact for 6.2 mm interface relays.
There are five different types of relay versions that provide a flexible, simple to install interface system to suit every requirement.
These can all be used with standard mechanical relays or the popular optocoupler/SSR modules and have a selection of different coloured cross-connection combs to help minimize the installation time.
All three wires of a sensor in a PLC input or all wires of an output-side power relay can be connected directly to the coupling relay. This saves space and provides for a clear,
user-friendly speedy installation.
All five types of relays in the IRC relay system are available with our innovative pressure spring connection system (Push-in) or the established screw connection system.
The ‘P’ versions are supplied with a dummy plug inserted in the frame. The connections for the fuse are bridged internally, so that it can be used without a fuse module. The indicator pin is not visible when the product is delivered.
When the fuse module is plugged in with an inserted fuse (dummy plug has been removed), the fuse is in series with the CO of the output connection.
When the fuse module is pulled out (e.g. due to a failed fuse), the output remains cut off so that the cause of the blown fuse can be found.
In order to reactivate the output, either the fuse module must be fitted with a functional fuse and plugged in again, or the indicator pin must be moved gently in the direction of the arrow on the side of the base, back to as it was supplied initially.
Actual product might differ from the picture
Actual product might differ from the picture
Actual product might differ from the picture
Actual product might differ from the picture
Actual product might differ from the picture
Actual product might differ from the picture
Actual product might differ from the picture
Input Data |
|
|---|---|
| Rated voltage Un | 6 V ac/dc |
| Operating range | 0,8-1,1 Un |
| Holding voltage | 0,6 Un ac/dc |
| Release voltage | 0,1 Un |
| Input power rating | 0,2 |
| Overvoltage category | III |
| Contamination degree | 3 |
| LED status | Yes |
Output Data |
|
| Contact configuration | 1 CO |
| Contact material | AgNi |
| Rated V ac / switching V ac max | 230 / 400 V ac |
| Switching capacity max | 1500 VA |
| Contact load min | 500 mW |
| Continuous current max / Inrush current max | 6 / 10 A |
| Response / release time | 12 / 5 ms |
| Bounce time at close of the NO/NC contact | 3/8 ms |
Connection Data |
|
| Cross section single wire from | 0,2 mm² |
| Cross section single wire to | 2,5 mm² |
*Invisible Heading* |
|
|---|---|
| Stripping length | 10 mm |
| Torque | 0,5 Nm |
| Connection type | Screw |
General Data |
|
| Approvals | CE |
| IP class | IP20 |
| Operating temperature from | -40 °C |
| Operating temperature to | 70 °C |
| Electrical life in hours (AC1) | 60x10³ |
| Mechanical life hours | 10x10⁶ |
Dimensions & Materials |
|
| Width | 6,2 mm |
| Length | 87 mm |
| Height TS 35 / 7.5 with base | 90,7 mm |
| Flammability class | UL94-V2 |
Additional Data |
|
| Tariff code | 85364900 |
| Country of origin | EEC |
| Weight | 37,7 g |
| Pack size | 10 |
Interface Relays Compact IRC and Multifunction timer relay MFR IRC
Conta Clip has a wide range of compact for 6.2 mm interface relays.
There are five different types of relay versions that provide a flexible, simple to install interface system to suit every requirement.
These can all be used with standard mechanical relays or the popular optocoupler/SSR modules and have a selection of different coloured cross-connection combs to help minimize the installation time.
All three wires of a sensor in a PLC input or all wires of an output-side power relay can be connected directly to the coupling relay. This saves space and provides for a clear,
user-friendly speedy installation.
All five types of relays in the IRC relay system are available with our innovative pressure spring connection system (Push-in) or the established screw connection system.
The ‘P’ versions are supplied with a dummy plug inserted in the frame. The connections for the fuse are bridged internally, so that it can be used without a fuse module. The indicator pin is not visible when the product is delivered.
When the fuse module is plugged in with an inserted fuse (dummy plug has been removed), the fuse is in series with the CO of the output connection.
When the fuse module is pulled out (e.g. due to a failed fuse), the output remains cut off so that the cause of the blown fuse can be found.
In order to reactivate the output, either the fuse module must be fitted with a functional fuse and plugged in again, or the indicator pin must be moved gently in the direction of the arrow on the side of the base, back to as it was supplied initially.
Did you get a chance to visit IATECH at The Leicester Marriott Hotel? We had over 33 exhibitors and 8 fantastic Tech Talks throughout the day, Read all about the day, here.
To help experience the capabilities of Z+F machines first-hand, we provide an in-depth demonstration and workshop. These sessions will show the machines in action and allow you to understand their features and gain valuable insight into their operation and benefits.
We are thrilled to announce the launch of IATECH, THe Industrial Automation Technology expo at Leicester Marriott Hotel on 23rd October. The ultimate platform for showcasing our extensive product range and broad business areas, featuring over 50 leading suppliers under one roof!
The specialist vehicle industry can include automotive and EV, heavy vehicles such as agriculture and rail, and marine. This email takes you through some of the various products we offer for specialist vehicle applications.
This blog post delves into the key components, current trends, and best practices in power distribution, illustrating the significant impact these systems have on our daily operations and long-term energy strategies.
We shine a spotlight on surge protection devices (SPDs), a crucial yet often overlooked component in industrial settings. Every surge of electricity, every fluctuation in voltage, poses a potential threat to your machinery and systems.
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| Parts | Rated voltage Un | Holding voltage | Release voltage | Input power rating | Freewheeling diode | Contact material | Contact load min | AC residual current suppression | Stripping length | Torque | Connection type | Fuse holder | Test button | Length | Weight | Price | ||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
IRCU1/6V AC/DC, Relay and base
Art:
16230.2
Copied
|
6 V ac/dc
|
0,6 Un ac/dc
|
0,1 Un
|
0,2
|
|
AgNi
|
500 mW
|
|
10 mm
|
0,5 Nm
|
Screw
|
|
|
87 mm
|
37,7 g
|
| ||
|
IRCU1/12V AC/DC, Relay and base
Art:
16231.2
Copied
|
12 V ac/dc
|
0,6 Un ac/dc
|
0,1 Un
|
0,2
|
|
AgNi
|
500 mW
|
|
10 mm
|
0,5 Nm
|
Screw
|
|
|
87 mm
|
37,6 g
|
| ||
|
IRCU1/24V AC/DC, Relay and base
Art:
16232.2
Copied
|
24 V ac/dc
|
0,6 Un ac/dc
|
0,1 Un
|
0,25
|
|
AgNi
|
500 mW
|
|
10 mm
|
0,5 Nm
|
Screw
|
|
|
87 mm
|
37,7 g
|
| ||
|
IRCU1/125 V AC/DC, Relay and base
Art:
16233.2
Copied
|
110-125 V ac/dc
|
0,6 Un ac/dc
|
0,1 Un
|
0,7
|
|
AgNi
|
500 mW
|
|
10 mm
|
0,5 Nm
|
Screw
|
|
|
87 mm
|
37,7 g
|
| ||
|
IRCU1/240 V AC/DC, Relay and base
Art:
16234.2
Copied
|
220-240 V ac
|
0,6 Un ac
|
0,1 Un ac
|
1 / 0,4
|
|
AgNi
|
500 mW
|
|
10 mm
|
0,5 Nm
|
Screw
|
|
|
87 mm
|
38,2 g
|
| ||
IRCPU 1/6V AC/DC, Relay and fused base
Art:
16235.2
Copied
|
6 V ac/dc
|
0,6 Un ac/dc
|
0,1 Un
|
0,2
|
|
AgNi
|
500 mW
|
|
10 mm
|
0,5 Nm
|
Screw
|
Yes
|
|
94,3 mm
|
40,4 g
|
| ||
|
IRCPU1/12V AC/DC, Relay and fused base
Art:
16236.2
Copied
|
12 V ac/dc
|
0,6 Un ac/dc
|
0,1 Un
|
0,2
|
|
AgNi
|
500 mW
|
|
10 mm
|
0,5 Nm
|
Screw
|
Yes
|
|
94,3 mm
|
40,3 g
|
| ||
|
IRCPU1/24V AC/DC, Relay and fused base
Art:
16237.2
Copied
|
24 V ac/dc
|
0,6 Un ac/dc
|
0,1 Un
|
0,25
|
|
AgNi
|
500 mW
|
|
10 mm
|
0,5 Nm
|
Screw
|
Yes
|
|
94,3 mm
|
40,4 g
|
| ||
|
IRCPU 1/60 V AC/DC, Relay and fused base
Art:
16238.2
Copied
|
60 V ac/dc
|
0,6 Un ac/dc
|
0,1 Un
|
0,35
|
|
AgNi
|
500 mW
|
|
10 mm
|
0,5 Nm
|
Screw
|
Yes
|
|
94,3 mm
|
40,4 g
|
| ||
|
IRCPU1/125 V AC/DC, Relay and fused base
Art:
16239.2
Copied
|
110-125 V ac/dc
|
0,6 Un ac/dc
|
0,1 Un
|
0,7
|
|
AgNi
|
500 mW
|
No
|
10 mm
|
0,5 Nm
|
Screw
|
Yes
|
|
94,3 mm
|
40,4 g
|
| ||
|
IRCPU1/240 V AC/DC, Relay and fused base
Art:
16240.2
Copied
|
220-240 V ac
|
0,6 Un ac
|
0,1 Un ac
|
1 / 0,4
|
|
AgNi
|
500 mW
|
|
10 mm
|
0,5 Nm
|
Screw
|
Yes
|
|
94,3 mm
|
41,1 g
|
| ||
|
IRCPU 1/125 V DC, Relay and fused base
Art:
16241.2
Copied
|
125 V dc
|
0,6 Un dc
|
0,1 Un dc
|
0,6 W
|
Yes
|
AgNi
|
500 mW
|
|
10 mm
|
0,5 Nm
|
Screw
|
Yes
|
|
94,3 mm
|
40,4 g
|
| ||
|
IRCPU 1/220 V DC, Relay and fused base
Art:
16242.2
Copied
|
220 V dc
|
0,6 Un dc
|
0,1 Un dc
|
0,6 W
|
Yes
|
AgNi
|
500 mW
|
|
10 mm
|
0,5 Nm
|
Screw
|
Yes
|
|
94,3 mm
|
40,4 g
|
| ||
|
IRCPU LW 1/125 V AC/DC, Relay and fused base
Art:
16243.2
Copied
|
110-125 V ac/dc
|
0,6 Un ac/dc
|
0,1 Un
|
1,1 / 1
|
Yes
|
AgNi
|
500 mW
|
Yes
|
10 mm
|
0,5 Nm
|
Screw
|
Yes
|
|
94,3 mm
|
32 g
|
| ||
|
IRCPU LW 1/240 V AC, Relay and fused base
Art:
16244.2
Copied
|
220-240 V ac
|
0,6 Un ac
|
0,1 Un
|
1,4 / 0,5
|
|
AgNi
|
500 mW
|
Yes
|
10 mm
|
0,5 Nm
|
Screw
|
Yes
|
|
94,3 mm
|
32 g
|
| ||
IRCIU 1/6V AC/DC, Input relay and base
Art:
16245.2
Copied
|
6 V ac/dc
|
0,6 Un ac/dc
|
0,1 Un
|
0,2
|
|
AgSnO2+Au
|
50 mW
|
|
10 mm
|
0,5 Nm
|
Screw
|
|
|
94,3 mm
|
40,4 g
|
| ||
|
IRCIU 1/12V AC/DC, Input relay and base
Art:
16246.2
Copied
|
12 V ac/dc
|
0,6 Un ac/dc
|
0,1 Un
|
0,2
|
|
AgSnO2+Au
|
50 mW
|
|
10 mm
|
0,5 Nm
|
Screw
|
|
|
94,3 mm
|
40,4 g
|
| ||
|
IRCIU 1/24V AC/DC, Input relay and base
Art:
16247.2
Copied
|
24 V ac/dc
|
0,6 Un ac/dc
|
0,1 Un
|
0,25
|
|
AgSnO2+Au
|
50 mW
|
|
10 mm
|
0,5 Nm
|
Screw
|
|
|
94,3 mm
|
40,4 g
|
| ||
|
IRCIU 1/125 V AC/DC, Input relay and base
Art:
16248.2
Copied
|
110-125 V ac/dc
|
0,6 Un ac/dc
|
0,1 Un
|
0,7
|
|
AgSnO2+Au
|
50 mW
|
|
10 mm
|
0,5 Nm
|
Screw
|
|
|
94,3 mm
|
40,2 g
|
| ||
|
IRCIU 1/240 V AC, Input relay and base
Art:
16249.2
Copied
|
220-240 V ac
|
0,6 Un ac
|
0,1 Un ac
|
1 / 0,4
|
|
AgSnO2+Au
|
50 mW
|
|
10 mm
|
0,5 Nm
|
Screw
|
|
|
94,3 mm
|
40,4 g
|
| ||
IRCOU 1/6V AC/DC, Output relay & base
Art:
16250.2
Copied
|
6 V ac/dc
|
0,6 Un ac/dc
|
0,1 Un
|
0,2
|
|
AgNi
|
500 mW
|
|
10 mm
|
0,5 Nm
|
Screw
|
|
|
87 mm
|
37,6 g
|
| ||
|
IRCOU 1/12V AC/DC, Output relay & base
Art:
16251.2
Copied
|
12 V ac/dc
|
0,6 Un ac/dc
|
0,1 Un
|
0,2
|
|
AgNi
|
500 mW
|
|
10 mm
|
0,5 Nm
|
Screw
|
|
|
87 mm
|
37,5 g
|
| ||
|
IRCOU 1/24V AC/DC, Output relay & base
Art:
16252.2
Copied
|
24 V ac/dc
|
0,6 Un ac/dc
|
0,1 Un
|
0,25
|
|
AgNi
|
500 mW
|
|
10 mm
|
0,5 Nm
|
Screw
|
|
|
87 mm
|
38 g
|
| ||
|
IRCOU 1/125 V AC/DC, Output relay & base
Art:
16253.2
Copied
|
110-125 V ac/dc
|
0,6 Un ac/dc
|
0,1 Un
|
0,7
|
|
AgNi
|
500 mW
|
|
10 mm
|
0,5 Nm
|
Screw
|
|
|
87 mm
|
38,8 g
|
| ||
|
IRCOU 1/240 V AC Output relay & base
Art:
16254.2
Copied
|
220-240 V ac
|
0,6 Un ac
|
0,1 Un ac
|
1
|
|
AgNi
|
500 mW
|
|
10 mm
|
0,5 Nm
|
Screw
|
|
|
87 mm
|
38,8 g
|
| ||
FIRCU 1/6V AC/DC, Relay and base, Push-in
Art:
16260.2
Copied
|
6 V ac/dc
|
0,6 Un ac/dc
|
0,1 Un
|
0,2
|
|
AgNi
|
500 mW
|
|
8 mm
|
|
Push-in
|
|
|
87 mm
|
32,8 g
|
| ||
|
FIRCU 1/12V AC/DC, Relay and base, Push-in
Art:
16261.2
Copied
|
12 V ac/dc
|
0,6 Un ac/dc
|
0,1 Un
|
0,2
|
|
AgNi
|
500 mW
|
|
8 mm
|
|
Push-in
|
|
|
87 mm
|
32,7 g
|
| ||
|
FIRCU1/24V AC/DC, Relay and base, Push-in
Art:
16262.2
Copied
|
24 V ac/dc
|
0,6 Un ac/dc
|
0,1 Un
|
0,25
|
|
AgNi
|
500 mW
|
|
8 mm
|
|
Push-in
|
|
|
87 mm
|
32,8 g
|
| ||
|
FIRCU 1/125 V AC/DC, Relay and base, Push-in
Art:
16263.2
Copied
|
110-125 V ac/dc
|
0,6 Un ac/dc
|
0,1 Un
|
0,7
|
|
AgNi
|
500 mW
|
|
8 mm
|
|
Push-in
|
|
|
87 mm
|
32 g
|
| ||
|
FIRCU 1/240 V AC, Relay and base, Push-in
Art:
16264.2
Copied
|
220-240 V ac
|
0,6 Un ac
|
0,1 Un ac
|
1
|
|
AgNi
|
500 mW
|
|
8 mm
|
|
Push-in
|
Yes
|
|
87 mm
|
34,2 g
|
| ||
FIRCPU 1/6V AC/DC, Relay and fused base, Push-in
Art:
16265.2
Copied
|
6 V ac/dc
|
0,6 Un ac/dc
|
0,1 Un
|
0,2
|
|
AgNi
|
500 mW
|
|
8 mm
|
|
Push-in
|
Yes
|
|
94,3 mm
|
34,8 g
|
| ||
|
FIRCPU 1/12V AC/DC, Relay and fused base, Push-in
Art:
16266.2
Copied
|
12 V ac/dc
|
0,6 Un ac/dc
|
0,1 Un
|
0,2
|
|
AgNi
|
500 mW
|
|
8 mm
|
|
Push-in
|
Yes
|
|
94,3 mm
|
34,7 g
|
| ||
|
FIRCPU1/24V AC/DC, Relay and fused base, Push-in
Art:
16267.2
Copied
|
24 V ac/dc
|
0,6 Un ac/dc
|
0,1 Un
|
0,25
|
|
AgNi
|
500 mW
|
|
8 mm
|
|
Push-in
|
Yes
|
|
94,3 mm
|
34,8 g
|
| ||
|
FIRCPU 1/60 V AC/DC, Relay and fused base, Push-in
Art:
16268.2
Copied
|
60 V ac/dc
|
0,6 Un ac/dc
|
0,1 Un
|
0,35
|
|
AgNi
|
500 mW
|
|
8 mm
|
|
Push-in
|
Yes
|
|
94,3 mm
|
32 g
|
| ||
|
FIRCPU1/125 V AC/DC, Relay and fused base, Push-in
Art:
16269.2
Copied
|
110-125 V ac/dc
|
0,6 Un ac/dc
|
0,1 Un
|
0,7
|
|
AgNi
|
500 mW
|
|
8 mm
|
|
Push-in
|
Yes
|
|
94,3 mm
|
32 g
|
| ||
|
FIRCPU1/240 V AC, Relay and fused base, Push-in
Art:
16270.2
Copied
|
220-240 V ac
|
0,6 Un ac
|
0,1 Un ac
|
1
|
|
AgNi
|
500 mW
|
|
8 mm
|
|
Push-in
|
Yes
|
|
94,3 mm
|
36,2 g
|
| ||
|
FIRCPU 1/125 V DC, Relay and fused base, Push-in
Art:
16271.2
Copied
|
125 V dc
|
0,6 Un dc
|
0,1 Un dc
|
0,6 W
|
Yes
|
AgNi
|
500 mW
|
|
8 mm
|
|
Push-in
|
Yes
|
|
94,3 mm
|
32 g
|
| ||
|
FIRCPU 1/220 V DC, Relay and fused base, Push-in
Art:
16272.2
Copied
|
220 V dc
|
0,6 Un dc
|
0,1 Un dc
|
0,6 W
|
Yes
|
AgNi
|
500 mW
|
|
8 mm
|
|
Push-in
|
Yes
|
|
94,3 mm
|
32 g
|
| ||
|
FIRCPU LW 1/125 V AC/DC, Relay and fused base, Push-in
Art:
16273.2
Copied
|
110-125 V ac/dc
|
0,6 Un ac/dc
|
0,1 Un
|
1,1 / 1
|
Yes
|
AgNi
|
500 mW
|
Yes
|
8 mm
|
|
Push-in
|
Yes
|
No
|
94,3 mm
|
32 g
|
| ||
|
FIRCPU LW 1/240 V AC, Relay and fused base, Push-in
Art:
16274.2
Copied
|
220-240 V ac
|
0,6 Un ac
|
0,1 Un ac
|
1,4
|
Yes
|
AgNi
|
500 mW
|
Yes
|
8 mm
|
|
Push-in
|
Yes
|
No
|
94,3 mm
|
36,2 g
|
| ||
FIRCIU 1/6V AC/DC, Input relay and base, Push-in
Art:
16275.2
Copied
|
6 V ac/dc
|
0,6 Un ac/dc
|
0,1 Un
|
0,2
|
|
AgSnO2+Au
|
50 mW
|
|
8 mm
|
|
Push-in
|
|
|
94,3 mm
|
34,6 g
|
| ||
|
FIRCIU 1/12V AC/DC, Input relay and base, Push-in
Art:
16276.2
Copied
|
12 V ac/dc
|
0,6 Un ac/dc
|
0,1 Un
|
0,2
|
|
AgSnO2+Au
|
50 mW
|
|
8 mm
|
|
Push-in
|
|
|
94,3 mm
|
34,6 g
|
| ||
|
FIRCIU 1/24V AC/DC, Input relay and base, Push-in
Art:
16277.2
Copied
|
24 V ac/dc
|
0,6 Un ac/dc
|
0,1 Un
|
0,25
|
|
AgSnO2+Au
|
50 mW
|
|
8 mm
|
|
Push-in
|
|
|
94,3 mm
|
34,6 g
|
| ||
|
FIRCIU 1/125 V AC/DC, Input relay and base, Push-in
Art:
16278.2
Copied
|
110-125 V ac/dc
|
0,6 Un ac/dc
|
0,1 Un
|
0,7
|
|
AgSnO2+Au
|
50 mW
|
|
8 mm
|
|
Push-in
|
|
|
94,3 mm
|
32,2 g
|
| ||
|
FIRCIU 1/240 V AC, Input relay and base, Push-in
Art:
16279.2
Copied
|
220-240 V ac
|
0,6 Un ac
|
0,1 Un ac
|
1
|
|
AgSnO2+Au
|
50 mW
|
No
|
8 mm
|
|
Push-in
|
|
|
94,3 mm
|
35,5 g
|
| ||
FIRCOU 1/6V AC/DC, Output relay and base, Push-in
Art:
16280.2
Copied
|
6 V ac/dc
|
0,6 Un ac/dc
|
0,1 Un
|
0,2
|
|
AgNi
|
50 mW
|
|
8 mm
|
|
Push-in
|
|
|
87 mm
|
33,6 g
|
| ||
|
FIRCOU 1/12V AC/DC, Output relay and base, Push-in
Art:
16281.2
Copied
|
12 V ac/dc
|
0,6 Un ac/dc
|
0,1 Un
|
0,2
|
|
AgNi
|
50 mW
|
|
8 mm
|
|
Push-in
|
|
|
87 mm
|
33,5 g
|
| ||
|
FIRCOU 1/24V AC/DC, Output relay and base, Push-in
Art:
16282.2
Copied
|
24 V ac/dc
|
0,6 Un ac/dc
|
0,1 Un
|
0,25
|
|
AgNi
|
50 mW
|
|
8 mm
|
|
Push-in
|
|
|
87 mm
|
33,6 g
|
| ||
|
FIRCOU 1/125 V AC/DC, Output relay and base, Push-in
Art:
16283.2
Copied
|
110-125 V ac/dc
|
0,6 Un ac/dc
|
0,1 Un
|
0,7
|
|
AgNi
|
50 mW
|
|
8 mm
|
|
Push-in
|
|
|
87 mm
|
33,6 g
|
| ||
|
FIRCOU 1/240 V AC, Output relay and base, Push-in
Art:
16284.2
Copied
|
220-240 V ac
|
0,6 Un ac
|
0,1 Un ac
|
1
|
|
AgNi
|
50 mW
|
|
8 mm
|
|
Push-in
|
|
|
87 mm
|
35 g
|
|
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