Low

TE CONNECTIVITY  IM06CGR  Signal Relay, IM Series, DPDT, 12 VDC, 2 A, SMD, Non Latching

TE CONNECTIVITY IM06CGR
Technical Data Sheet (3.14MB) EN See all Technical Docs

Image is for illustrative purposes only. Please refer to product description.

Product Overview

The IM06CGR is a 2-pole Signal Relay with DC coil, IM series. 2 form-C (2CO) contact configuration, PdRu+Au covered contact. High dielectric version, SMT gull-wing terminal. Slim line 10 x 6mm, low profile 5.65mm and minimum board-space 60mm². 2/5A switching current, 60W/62.5VA switching power and 220VDC/250VAC switching voltage. High dielectric and surge capability up to 2500Vrms between open contacts and 2500Vrms between coil and contacts. High mechanical shock resistance up to 50g functional.
  • Mono-stable coil
  • SMT version
  • High dielectric version
  • RT V Environmental protection rating
  • Coil voltage ranges from 1.5 to 24VDC
  • UL standard approved
  • High mechanical shock resistance up to 300g functional
  • Low coil power consumption
  • Through hole and SMD terminals available

Product Information

Product Range:
IM Series
Contact Configuration:
DPDT
Coil Voltage:
12VDC
Contact Current:
2A
Relay Mounting:
SMD
Coil Type:
Non Latching
Contact Voltage VAC:
250V
Relay Terminals:
Solder
Contact Voltage VDC:
220V
Contact Material:
Palladium Ruthenium
Coil Resistance:
1.029kohm
SVHC:
To Be Advised

Find similar products  grouped by common attribute

Applications

  • Industrial;
  • Power Management;
  • Automation & Process Control;
  • Consumer Electronics;
  • Medical;
  • HVAC;
  • Automotive

Legislation and Environmental

Country of Origin:
Czech Republic

Country in which last significant manufacturing process was carried out

RoHS Compliant:
Yes
Tariff No:
85364900
Weight (kg):
.008618

Associated Products

Similar Products

Find products functionally similar to this one. Select one of the following links, and you will be taken to a product group page that presents all products in this category that share the given attribute.