PULS Redundancy module, for use with Y Series
Technical Document
Specifications
Product details
YR2.DIODE DC12-48 V, 20 A, Dual Redundancy Module
Dual diode redundancy module for building 1+1 and N +1 redundant power supply systems. It has two input channels which can be connected to 10 A power supplies and one output which can carry nominal currents up to 20 A. The YR2.DIODE is an excellent choice for use in a redundant system if the power supply is equipped with a DC-OK signal.
Features and Benefits
• Two 10 A inputs, one output (20A max.)
• Only 0.85 V voltage drop between input and output under full load
• Full output current between -40 °C and 60°C
• Quick connect spring-clamp terminals
• Reverse polarity protected input
• DC 12 V to 48 V, 20A output
• DC 12 V dc to 48 V dc (±25%) input
• Size: 32 x 124 x 102 mm (W x H x D)
• Weight 290 g
Product Application Information
A possible application for the diode is to use it to isolate sensitive load circuits with or without alarm signals. This avoids distortion of the power quality which can cause controller failures.
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Technical Document
Specifications
Product details
YR2.DIODE DC12-48 V, 20 A, Dual Redundancy Module
Dual diode redundancy module for building 1+1 and N +1 redundant power supply systems. It has two input channels which can be connected to 10 A power supplies and one output which can carry nominal currents up to 20 A. The YR2.DIODE is an excellent choice for use in a redundant system if the power supply is equipped with a DC-OK signal.
Features and Benefits
• Two 10 A inputs, one output (20A max.)
• Only 0.85 V voltage drop between input and output under full load
• Full output current between -40 °C and 60°C
• Quick connect spring-clamp terminals
• Reverse polarity protected input
• DC 12 V to 48 V, 20A output
• DC 12 V dc to 48 V dc (±25%) input
• Size: 32 x 124 x 102 mm (W x H x D)
• Weight 290 g
Product Application Information
A possible application for the diode is to use it to isolate sensitive load circuits with or without alarm signals. This avoids distortion of the power quality which can cause controller failures.