Phoenix Contact Redundancy module, for use with DIN Rail Unit

Technical Document
Specifications
Brand
Phoenix ContactAccessory Type
Redundancy Module
For Use With
DIN rail unit
Input Voltage
18 → 28V dc
Output Current
20 (Redundancy) A, 40 (Increasing Power) A
Standards Met
EN 61000-6-2, EN 61000-6-3
Mounting Style
DIN Rail
Output Type
Current, Voltage
Distrelec Product Id
30309483
Country of Origin
India
Product details
Phoenix Contact QUINT ORING Redundancy Modules
The Phoenix Contact QUINT ORING is a DIN rail mountable active redundancy module with ACB technology and monitoring functions. Using a redundancy module it is possible for two power supply units of the same type connected in parallel on the output side to increase performance or for redundancy to be 100% isolated from one another.
Features and Benefits
• Low-loss decoupling of power supply units connected in parallel
• Preventive function monitoring
• Auto Current Balance (ACB) technology
• MOSFETs help save up to 70% energy
• Uniform load distribution helps to double the service life
AED 1,415.63
AED 1,415.63 Each (ex VAT)
AED 1,486.41
AED 1,486.41 Each (inc. VAT)
1
AED 1,415.63
AED 1,415.63 Each (ex VAT)
AED 1,486.41
AED 1,486.41 Each (inc. VAT)
1
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Technical Document
Specifications
Brand
Phoenix ContactAccessory Type
Redundancy Module
For Use With
DIN rail unit
Input Voltage
18 → 28V dc
Output Current
20 (Redundancy) A, 40 (Increasing Power) A
Standards Met
EN 61000-6-2, EN 61000-6-3
Mounting Style
DIN Rail
Output Type
Current, Voltage
Distrelec Product Id
30309483
Country of Origin
India
Product details
Phoenix Contact QUINT ORING Redundancy Modules
The Phoenix Contact QUINT ORING is a DIN rail mountable active redundancy module with ACB technology and monitoring functions. Using a redundancy module it is possible for two power supply units of the same type connected in parallel on the output side to increase performance or for redundancy to be 100% isolated from one another.
Features and Benefits
• Low-loss decoupling of power supply units connected in parallel
• Preventive function monitoring
• Auto Current Balance (ACB) technology
• MOSFETs help save up to 70% energy
• Uniform load distribution helps to double the service life