When you wish to test an electrical circuit, you often need to connect it to a power supply. You could use a mains adapter for this, but a lab power supply is much more suitable because it displays current and voltage, so you can see what is happening. With a lab power supply, you can also shield the test circuit so that the circuit under test is better protected. Lab power supplies come in a wide range of configurations. Before buying, it is best to check the functions of the lab power supply first. Is it linear or switched, digital or analogue? Thus, there are many models on which you can optimally regulate current and voltage. 

Specifications

Product basic info

• Instruction manual languages Dutch, English, French, German, Polish, Portuguese, Spanish
• Primary colours: Grey
• Additional colours: Grey
• Additional detailed colours: Dark grey
• Depth unit: 230 mm
• Height unit: 160 mm
• Width unit: 85 mm
• Weight unit: 1.6 kg
• Material: Steel
• Additional material: ABS, Aluminium, PP (Polypropylene), PVC (polyvinyl chloride)

Physical properties

• Display type: LCD

Electrical data

• Output power rating: 300 W
• Fuse type: T 5 A (slow) 250 V
• Power factor: 0.92
• Electrical protection: Current limiting, Voltage limiting
• Output current rating range: 0-5 A
• Ripple voltage: 150 mV
• Output connector type: IEC 1010

Technical data

• Pollution degree: 2
• Number of current outputs: 1
• Number of voltage outputs: 1

Environmental data

• Operating temperature range 5-40 °C

Operational properties

• Maximum operating altitude: 2000 m
• Maximum relative humidity: 80 %

Electrical connections

• IEC connector: C13 (IEC), C14 (kettle)
• Mains plug type: Type E/F (France/Germany)

Power supply

• Input frequency rating: 50/60 Hz
• Input voltage rating VAC range: 220-240 V
• Power consumption: 420 W
• Output voltage rating VDC range: 0-60 V
• Input current rating VAC: 2.4 A