Our HDC inserts comply with the EN45545 European standard on flame retardancy for materials and products in railway rolling stock. it meets R22 and R23 requirement set on level HL3. The modular inserts enable signal, data and power to be transmitted via one single connector with a high level of flexibility when configuring railway connector systems.
Rectangular Connector Insert Type :Insert for Contacts
Contact Type :Socket, Pin
Pole Configuration :108
Termination Method to Wire & Cable :Crimp Terminal
Number of Positions :108
Available from
Overview
TE Connectivity ‘s new range of inserts for heavy duty connectors comply with the EN45545 European standard on flame retardancy for materials and products in railway rolling stock. The new inserts from TE meet R22 and R23 requirement set on level HL3. They have an operating temperature range that extends from -40 to 125 degrees Celsius. The modular inserts provide customers with a high level of flexibility when configuring railway connector systems. They can be configured to hold anywhere from 1 to 216 pins and enable signal, data and power to be transmitted via one single connector.
10A
Current Rating (A)
250V
Power Circuit Voltage (V)
-40°C
Minimum operating temperature
SPECIFICATIONS
EN45545: Fire protection on railway vehicles -Railway applications
EN61984: Connectors - safety requirements and tests
EN 50467: Electrical connectors - requirements and test - Railway
applications
IEC 60512: Connectors for electronic equipment -Test and
measurements
IEC 60664-1: Insulation coordination for equipment within lowvoltage
systems (Part 1)
EN 61373: Rolling stock equipment - shock and vibration test -
Railway applications: Fire protection on railway vehicles -Railway applications
APPLICATIONS
Rolling stock:
1. Traction converters
2. Power distribution
3. Inter-car jumpers
BENEFITS
Compliance with safety regulations
Reliable electrical connection
High flexibility and possibility of creating a customized interface
Time-saving with easy assembly of the modular inserts
Decrease installation cost with system modularity design