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Home >> ABB >> ABB Power supply CP-S 24/5.0
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ABB Power supply CP-S 24/5.0
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ABB Power supply CP-S 24/5.0

+86-15305925923
Mr.Wang
wang@kongjiangauto.com

Features

Wide range input: 110‑240 V AC (85‑264 V AC, 100‑350 V DC)

Constant, controlled output voltage of 24 V DC

Rated output current 5 A

Open‑circuit, overload and continuous short‑circuit proof

Power reserve of up to 50 %

High efficiency of typ. 89 %

Low power dissipation and low heating

Pluggable double connecting terminals

Integrated input fuse

Parallel operation for redundancy

LED for status indication

Redundancy unit CP‑A RU and control module CP‑A CM (for CP‑A RU) available as accessories

￥11116.00
￥11155.00
Weight：5.600KG
Quantity：
(Inventory: 55)
Consultation
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Product parameters
  • Telephone:+86-15305925923
  • contacts:Mr.Wang
  • Email:wang@kongjiangauto.com
Description

Features

Wide range input: 110‑240 V AC (85‑264 V AC, 100‑350 V DC)

Constant, controlled output voltage of 24 V DC

Rated output current 5 A

Open‑circuit, overload and continuous short‑circuit proof

Power reserve of up to 50 %

High efficiency of typ. 89 %

Low power dissipation and low heating

Pluggable double connecting terminals

Integrated input fuse

Parallel operation for redundancy

LED for status indication

Redundancy unit CP‑A RU and control module CP‑A CM (for CP‑A RU) available as accessories



ABB Power supply CP-S 24/5.0

Features

Wide range input: 110‑240 V AC (85‑264 V AC, 100‑350 V DC)
Constant, controlled output voltage of 24 V DC
Rated output current 5 A
Open‑circuit, overload and continuous short‑circuit proof
Power reserve of up to 50 %
High efficiency of typ. 89 %
Low power dissipation and low heating
Pluggable double connecting terminals
Integrated input fuse
Parallel operation for redundancy
LED for status indication
Redundancy unit CP‑A RU and control module CP‑A CM (for CP‑A RU) available as accessories
Approvals
A UL 508, CAN/CSA C22.2 No.14 Approval refers to rated input voltage Uin
A UL 1604 (Class I, Div 2, hazardous locations),
CAN/CSA C22.2 No.213
Approval refers to rated input voltage Uin
H UL 60950, CAN/CSA C22.2 No.60950 Approval refers to rated input voltage Uin
D GOSTK CB schemeMarksa CEb C‑Tick
Order dataType Input voltage range Rated output voltage /
currentOrder code
CP-S 24/5.0 85‑264 V AC /
100-350 V DC24 V DC / 5 A
1SVR 427 014 R0000
Order data ‑ Accessories
Type Description Order code
CP‑A RU Redundancy unit
The CP‑A RU provides decoupling of two CP power supply units.
1SVR 427 071 R0000
CP‑A CM Control module
The CP‑A CM provides monitoring of the input signals of the
redundancy unit CP‑A RU.
1SVR 427 075 R0000

ApplicationThe primary switch mode power supply CP‑S 24/5.0 has two voltage inputs. This enables the supply with AC or DC. Furthermore the CP‑S 24/5.0 is equipped with two generous capacitors, which ensure mains buffering of
 at least 100 ms. That is why the devices can be used worldwide also in high fluctuat‑networks and battery‑powered plants.

Due to their reliable construction, the devices can be used in very harsh industrial environments.
The power reserve of up to 50 % enables trouble‑free starting of heavy loads, so that no oversized

power supply is needed.

Operating mode

Parallel operation
In order to enable redundancy, up to 5 devices can be connected in parallel. For a symmetric distribution
it is advisable to execute the line connections with the same cross sections and same lengths.
Parallel operation, redundancy - without CP-A RU
Redundant circuits are suitable to increase the operational reliability in case of errors. If a fault occurs in
the first power supply circuit (called initial fault), the power supply of all consumers will be taken over by
the second, redundant supply circuit. For this reason the power supply units to be connected in paral‑
lel are dimensioned in such a way that the total current requirement of all consumers can be completely
covered by one power supply unit.
Extended function with accessories
Parallel operation, true redundancy with decoupling provided by the CP-A RU
Redundant circuits are used to increase the operational reliability and eliminate power supply outages.
Events that can cause a power supply failure include: incorrect wiring, blown fuses or failure of a single
power supply. If a fault event occurs (called initial fault) in the first power supply circuit, power to all loads
is then supplied by the second (redundant) power supply. For this reason, both power supplies must be
sized to handle the total current requirement of all loads. The primary and the redundant power supplies
are decoupled from one another by the CP‑A RU unit.
It automatically switches from the primary to the redundant supply after a fault. It decouples the output
of the failed power supply from the redundant supply preventing the initial fault from shorting or compro‑
mising the redundant supplies’ output. In this way, uninterrupted supply of power to all loads is guaran‑

teed.When available, the two power supplies should be connected to different input voltage phases, to avoid oss of power caused by a blown fuse on
the primary side of the power supplies.

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