Product Model
1606-XLERED20Y

Selling Points
- 11. Automated Load Sharing: The 1606-XLERED20Y ensures seamless operation by automatically sharing loads between connected power supplies, preventing any single point of failure.;
- 22. Anomaly Monitoring: This module includes advanced monitoring capabilities to detect anomalies in the redundancy circuit, ensuring that any potential issues are quickly identified and addressed.;
- 33. High Peak Load Capability: With a peak load capability of 32.5 A, the 1606-XLERED20Y can handle high current demands, making it suitable for demanding industrial applications.;
- 44. Reverse Input Polarity Protection: The module is equipped with reverse input polarity protection, safeguarding against potential electrical hazards and ensuring safe operation.;
- 55. Wide Operating Temperature Range: The 1606-XLERED20Y operates effectively within a wide temperature range of -40°C to +70°C, making it suitable for use in various environmental conditions.
Technical Specifications
Detailed engineering parameters based on manufacturer documentation
Parameter | Value | Parameter | Value |
---|---|---|---|
Dimension Unit | CM | Weight Unit | KG |
Stock Status | NON_STOCKED | Dimension Length | 15.081 |
Dimension Width | 14.129 | Lead Time | 56 |
Dimension Height | 6.033 | Quick Turnaround | false |
Preferred Availability | false | Repairable | NOT_REPAIRABLE |
Operating temperature | -40 °C | Current, nom | 10 A per Input |
Connection terminals | Screw | Output | 20 A |
Type of accessory/spare part | Redundancy module | Accessory | Yes |
Spare part | No | Power losses | 1.7 W @ no load, 2.6...4.7 W @ nominal load |
Output current | 20 A nominal, 26 A maximum @ short circuit | MTBF | 2 Mio. h (+40 °C, SN29500) |
Lifetime, min | 182 kh (+40 °C) | Input voltage range | 18...35V DC |
Voltage drop/output | 100 to 500 mV | Derating | Not required |
Voltage, nom | 24...28V DC | Input | 2 x 10 A |
Decoupling | MOSFET | Depth | 117 mm |
Height | 124 mm | Width | 32 mm |
Weight | 0.408 |
Specifications may be subject to change without notice