Image of PULS New Standards for DIN-RAIL Power Supplies

Setting New Standards for Size Efficiency and Lifetime of DIN-RAIL Power Supplies

PULS

This tutorial will explain the features and functions, as well as provide additional documentation on the CP10 series of the 240 W Power Supplies from PULS.

Related Parts

ImageManufacturer Part NumberDescriptionNumber of OutputsAC Voltage - InputAvailable QuantityPriceView Details
AC/DC DIN RAIL SUPPLY 12V 192WCP10.121AC/DC DIN RAIL SUPPLY 12V 192W185 ~ 264 VAC86 - Immediate$3,622.08View Details
AC/DC DIN RAIL SUPPLY 24V 240WCP10.241AC/DC DIN RAIL SUPPLY 24V 240W185 ~ 264 VAC343 - Immediate$3,045.84View Details
AC/DC DIN RAIL SUPPLY 48V 240WCP10.481AC/DC DIN RAIL SUPPLY 48V 240W190 ~ 264 VAC172 - Immediate$3,622.08View Details
PTM Published on: 2017-05-11

Related Videos

PULS DIMENSION CP10 Series DIN Rail Power Supplies | Datasheet Preview
PULS DIMENSION CP10 Series DIN Rail Power Supplies | Datasheet Preview

Publish Date: 2024-01-04

Related Product Highlight

Switched-Mode Power Supply Product Series Overview PULS presents switched-mode power supplies with the highest efficiency ratings and operational lifetimes to maximize the reliability and longevity of control systems.
DIMENSION CP10 Series DIN Rail Power Supplies The PULS DIMENSION CP10 series power supplies are characterised by an advanced inrush current limitation and high efficiency values.

Related Articles and Blogs

Selecting Optimal DIN Rail Power Supplies PULS’ tests illustrate DIN rail power supply efficiency and heat dissipation issues.
Maintaining Electrical Power Quality Within Automated Systems How to resolve the two main types of power-quality problems arising from within equipment, noise and harmonic disturbances.

Related Product Training Modules

Power Supply Wiring Connection Options for DIN-Rail Power Supplies This presentation will explain the different wiring connection types and options available from PULS.
Importance and Impacts of Efficiency Ratings of Power Supplies This presentation will review power supply efficiency and its effects on power supply design as well as discuss the costs of wasted energy caused by lower efficiency designs.