IRC C12-A2x Interface Relay Datasheet

C12-A2x/ is an 8-pin interface relay from the IRC series with 2 change-over contacts and a maximum contact rating of 5A/250V AC1, 0.5A/110V DC1, 5A/30V DC1, and 0.2A/220V DC1. Recommended minimum contact load is 1mA/10V (with 10µAu) and 10mA/10V (standard contact).


IRC C12-A2x Interface Relay Datasheet - cover page
Brand
IRC
Category
Other Electronics
Document type
Datasheet
Language
Chinese
Pages
1
File format
PDF
File size
178 KB
Published
11 April, 2012
Updated
30 September, 2023
MD5 checksum
9851391B1983108F7FBBBFADE3E132FD

About this manual

This document details the technical specifications of the IRC C12-A2x 8‑pin interface relay, a 2‑pole plug‑in faston type. It lists the mechanical dimensions, contact ratings, coil parameters, and environmental limits.

Key performance data include rated current, switching voltage, insulation ratings, mechanical life, and protection class, together with a full coil resistance table and recommended wiring diagrams for various voltage versions. This manual is written in Chinese.

What's inside

  • Technical approvals and conformities
  • Dimensions and connection diagram
  • Contact ratings
  • Coil parameters
  • Insulation and dielectric strength
  • Mechanical life and switching cycles
  • Operating temperature range
  • Protection class and weight

Specifications

Rated current5 A
Maximum switching voltage (AC)250 V AC
Maximum contact load (DC)0.5 A / 110 V DC
Contact open voltage1000 V
Contact‑to‑contact voltage3000 V
Insulation resistance at 500 V≥ 3 GΩ
Mechanical life (AC)10 million cycles
Weight21 g

Frequently asked questions

What is the maximum switching voltage for the IRC C12-A2x relay?

The relay can switch up to 250 V AC.

What is the rated current of the contacts?

The contacts are rated for 5 A.

How many mechanical switching cycles can the relay endure under AC operation?

It is rated for 10 million AC switching cycles.

What insulation resistance does the relay provide at 500 V?

The insulation resistance is at least 3 GΩ at 500 V.

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