
Technical Documents
Specifications
Brand
Phoenix ContactAccessory Type
Diode Module
Product Type
DIN Rail Diode Module
For Use With
Parallel Connection of Two Power Supply Unit
Series
TRIO2-DIODE/12-24DC/2X10/1X20
Standards/Approvals
DNV, EAC, cULus
Country of Origin
China
Product Details
This diode module by Phoenix Contact is designed for the parallel connection of two power supply units, offering a safe redundant system by decoupling them. The TRIO DIODE module provides efficient decoupling with diodes, ensuring consistent redundancy and system availability. Its push-in connection technology enables quick and easy installation, while saving energy and allowing redundant wiring up to the load.
Yes, the diode module is suitable for high current applications with a capacity of 30 A.
Yes, the module features Push-in connection technology for quick and easy installation.
Yes, the diode module enables energy savings through efficient decoupling with diodes.
Stock information temporarily unavailable.
€ 72.24
€ 72.24 Each (Exc. VAT)
1
€ 72.24
€ 72.24 Each (Exc. VAT)
Stock information temporarily unavailable.
1
Technical Documents
Specifications
Brand
Phoenix ContactAccessory Type
Diode Module
Product Type
DIN Rail Diode Module
For Use With
Parallel Connection of Two Power Supply Unit
Series
TRIO2-DIODE/12-24DC/2X10/1X20
Standards/Approvals
DNV, EAC, cULus
Country of Origin
China
Product Details
This diode module by Phoenix Contact is designed for the parallel connection of two power supply units, offering a safe redundant system by decoupling them. The TRIO DIODE module provides efficient decoupling with diodes, ensuring consistent redundancy and system availability. Its push-in connection technology enables quick and easy installation, while saving energy and allowing redundant wiring up to the load.
Yes, the diode module is suitable for high current applications with a capacity of 30 A.
Yes, the module features Push-in connection technology for quick and easy installation.
Yes, the diode module enables energy savings through efficient decoupling with diodes.