1492-J3-G Number of Ways, 1492-J3-G | Rockwell Automation 2-Way Feed Through Terminal Block, 25A, Screw Terminals, 22 - 12 AWG, DIN Rail

Rockwell Automation IEC 1492-J3-G Screw Type Feed-Through Terminal Block
Choose the IEC 1492-J3-G Screw Type Feed Through Terminal Block by Rockwell Automation for easy installation and improved protection. This terminal block family adheres to recognised international IEC standards to offer you reliable, durable, and safe solutions for your wiring system.
The IEC 1492-J3-G module is a one-circuit standard feed-through terminal block in green. The housing temperature range is -50 to +120°C (-58 to +248 °F). This block is specifically designed for single-circuit feed-through applications. To enable easy installation and organisation of your control cabinet this terminal block is DIN rail mountable. The 1492-J family have a secure self-locking screw type clamp design with steel clamps and screws for improved stability. They also have IP2X finger-safe housing to minimise any risk of electric shock.
Maximum wire size and rating:UL: 30-12 AWG (25A @600V AC/DC) CSA: 26-12 AWG (20A @600V AC/DC) IEC: 2.5mm² (24A @800V AC/DC) EEx e II: 2.5mm²/20-14 AWG (21A @ 550V AC/DC)
Features and Benefits:
Adheres to recognised international IEC, UL, CSA and ATEX standards Counter-sinking of clamping screws Easy installation or removal from both sides of DIN Rail Copper current bar and tin-plated surface Compatible with several high visibility snap-in marker cards
Rockwell Automation Standard Terminal Blocks offer a classic solution for wiring connection and highly efficient distribution of power. They are leading the industry in providing a wide range of products with Short Circuit Current Ratings (SCCRs), such as terminal blocks, power blocks, circuit breakers, contactors, disconnects, and drives.
What is a terminal block?
A terminal block is a modular component which secures two or more wires together inside an insulated frame. This keeps wiring safely and neatly organised, protecting other components in the circuit and minimising risk of electric shock to people working on or near them. They can be easily connected or disconnected within the block which provides easy troubleshooting and maintenance. They can feature different termination types, such as screw, spring-clamp, and push-in. They are used in a wide range of industrial, commercial, and domestic applications and are known to be a space-saving, cost-effective type of connector.