DC Loads

In this category you will find electronic DC loads (DC sinks) for the precise simulation of loads in direct current systems. DC loads are used in a wide range of applications, for example for testing power supply units, batteries, solar cells or direct current converters. They make it possible to accurately simulate electrical energy consumers and test them under realistic conditions.

The flexible setting of current, voltage or power means that DC sinks can simulate both constant and dynamic loads. Thanks to modern technology, they offer high precision and reliability, making them indispensable for laboratories, development environments and quality control.

Whether for research, development or repair - our DC loads offer powerful functions for testing DC circuits efficiently and safely. Find the right DC load for your requirements with us.

Filter
211 products
PEL-5006G-1200-240
CHF 12,291.00
Delivery time upon request
PEL-5006G-600-420
CHF 11,756.00
Delivery time upon request
PEL-5005G-1200-200
CHF 11,219.00
Delivery time upon request
PEL-5005G-150-500
CHF 9,296.00
Delivery time upon request
PEL-5006G-150-600
CHF 10,190.00
Delivery time upon request
6312A
CHF 1,124.00
Delivery time upon request
PEL-504-500-15
CHF 1,375.00
Delivery time upon request
PEL-5005G-600-350
CHF 10,726.00
Delivery time upon request
PEL-504-80-70
CHF 1,370.00
Delivery time upon request
PEL-5004G-1200-160
CHF 10,190.00
Delivery time upon request
PEL-3744H
CHF 26,036.00
Delivery time upon request
PEL-507-80-140
CHF 2,307.00
Delivery time upon request
PEL-507-500-30
CHF 2,410.00
Delivery time upon request
6314A
CHF 1,391.00
Delivery time upon request
PEL-5004G-600-280
CHF 8,674.00
Delivery time upon request
PEL-5004G-150-400
CHF 8,448.00
Delivery time upon request
63610-80-20
CHF 2,911.00
Delivery time upon request
PEL-503-80-50
CHF 1,214.00
Delivery time upon request
K855A
CHF 2,888.00
Ready to ship in 5 to 10 business days
63303A
CHF 1,873.00
Delivery time upon request
Product added to compare
Product Compare added Product Compare