Block Switch Mode DIN Rail Panel Mount Power Supply, 5A Output, 120W

RS Stock No.: 667-5344Brand: BlockManufacturers Part No.: PVSE 230/24-5
brand-logo
View all in DIN Rail Power Supplies

Technical Document

Specifications

Brand

Block

Type

Switch Mode

Electrical Phase

1

Output Current

5A

Power Rating

120W

Dimensions

163 x 57 x 127mm

Width

57mm

Depth

127mm

Maximum Temperature

+70°C

Minimum Temperature

-10°C

Efficiency

87%

Ripple And Noise

70mV Pk-Pk

Country of Origin

Germany

Product details

PV Series Power Supplies

Block's PowerVision is one of the most technically advanced and cost-effective power supply systems on the market. All modules are slim, feature communication capacities and boast maximum power reserve for optimum system availability.

Compact
Stabilised and adjustable output voltage
Up to 200% real power boost for 4 seconds
Service-friendly spring-loaded connector system
High degree of installation flexibility

Stock information temporarily unavailable.

Please check again later.

Stock information temporarily unavailable.

P.O.A.

Block Switch Mode DIN Rail Panel Mount Power Supply, 5A Output, 120W

P.O.A.

Block Switch Mode DIN Rail Panel Mount Power Supply, 5A Output, 120W
Stock information temporarily unavailable.

Technical Document

Specifications

Brand

Block

Type

Switch Mode

Electrical Phase

1

Output Current

5A

Power Rating

120W

Dimensions

163 x 57 x 127mm

Width

57mm

Depth

127mm

Maximum Temperature

+70°C

Minimum Temperature

-10°C

Efficiency

87%

Ripple And Noise

70mV Pk-Pk

Country of Origin

Germany

Product details

PV Series Power Supplies

Block's PowerVision is one of the most technically advanced and cost-effective power supply systems on the market. All modules are slim, feature communication capacities and boast maximum power reserve for optimum system availability.

Compact
Stabilised and adjustable output voltage
Up to 200% real power boost for 4 seconds
Service-friendly spring-loaded connector system
High degree of installation flexibility