Power Supply, Redundancy Module

Standard Unit Price:

161.54 €

Shipping Days:

9 Days

A power supply system is considered redundant if it is constructed so that it has partial power supplies which are independent of each other and each of these can individually deliver the output load. When a fault occurs, therefore, it is still possible to continue to supply the connected rated load. In practice, at least two power supplies are connected in parallel via decoupling diodes, so that a short circuit in the output of a power supply does not lead to a failure of the total power supply.

Basic Specifications

• Height(mm)

  130

• Depth(mm)

  125

• Built-in height(mm)

  -

• Power consumption(VA)

  -

• Built-in width(mm)

  -

• Modular version

  -

• Suitable for safety functions

  -

• Width in number of modular spacings

  -

• Voltage type of supply voltage

  -

• Power output(W)

  -

• Output voltage stabilized

  -

• Rail mounting possible

  true

• Wall mounting possible

  -

• Stabilized

  -

• Degree of protection (IP)

  IP20

• Direct mounting possible

  false

• 1st secondary output voltage(V)

  -|-

• 2nd secondary output voltage(V)

  -|-

• 3rd secondary output voltage(V)

  -|-

• Secondary voltage adjustable

  -

• Rated supply voltage at AC 50 Hz(V)

  -|-

• Rated supply voltage at AC 60 Hz(V)

  -|-

• Rated supply voltage at DC(V)

  -|-

• Short-circuit-proof

  -

• Performance level acc. EN ISO 13849-1

  -

• Max. output current 1(A)

  -

• Max. output current 2(A)

  -

• Max. output current 3(A)

  -

• Nominal value output voltage 1(V)

  -

• Nominal value output voltage 2(V)

  -

• Nominal value output voltage 3(V)

  -

• Nominal value output current 1(A)

  -

• Nominal value output current 2(A)

  -

• Nominal value output current 3(A)

  -

• SIL according to IEC 61508

  -

• Degree of protection (NEMA)

  -