• Input voltage: 230 V/AC ± 10%
• Output voltage 0-30 V/DC
• Output current: 0 - 10 A adjustable
• Output power: 300 W
• LED display: 2 x 3 digital RED 7-segment LEDs
• Display accuracy: ± 0.5% ± 1 digit
• Number of outputs: 1
• Calibrated to IEC61010
• Connectors: 3 x 4 mm banana sheath

Voltage regulation:

• Line: ≤0,3% ± 1 digit
• Load: ≤1%
• Ripple and noise: ≤200mVP-P

Current arrangements:

• Line: ≤0,3% ± 1 digit
• Load: ≤1%
• Ripple and noise: ≤200mVP-P
• Leakage current: ≤10mA (with 1500VAC/1s input to ground)
• Insulation resistance: ≤10MΩ (with 500VDC/5s input to ground)

Standard data:

• Dimensions: 226 x 82 x 138 mm (L x W x H)
• Weight 1,8 kg
• Operating temperature and humidity: 0 to 40°C and ≤80% RH
• Storage temperature and humidity: -10 to 70°C and ≤ 70% RH

The Basetech BT-3010mit 4-mm-Steckanschluss power supply with a power of 300 watts and an efficiency of up to 80% is perfectly suited for use in laboratories. It also features a secondary linear MOS circuit to ensure voltage stability and a 3-digit LED display.

• The laboratory power supply complies with protection class I and is only suitable for connection to a grounded socket outlet (230 V/AC, 50 Hz). Check that the ground connection is not damaged or disconnected, as there is a risk of fatal injury in the event of a fault.
• This product is not a toy, so keep it out of the reach of children. Children do not recognise the dangers of handling electrical devices and may change settings or insert objects into the power supply vents, posing a risk of fatal electric shock.
• The laboratory power supply should only be installed and used in dry, enclosed areas. Do not expose the device to moisture, humidity, extreme temperatures, direct sunlight, vibration or mechanical stress.
• Use the laboratory power supply only in moderate climatic conditions, never in the tropics. For permissible ambient operating conditions, see the "Technical Data" section.
• Choose a location for the laboratory power supply that is stable, level, clean and large enough.
• Do not have open flames in the immediate vicinity of the laboratory power supply and do not place containers of liquid on or near the device.
• Condensation can occur when you move a laboratory power supply from a cold to a warm environment. This can cause a risk of electric shock, so allow the power supply to reach room temperature before plugging it in and using it.
• Before and during use, make sure your hands, shoes, clothes, floor and appliance are dry.
• Make sure that the insulation of the laboratory power supply, the safety plugs, all connected cables and the mains cable is not damaged or destroyed.
• The socket outlet must be close to the device and easily accessible.
• Never pull the plug out of the socket by pulling the cord. Always pull the plug out of the socket using the grips provided.
• If you don't use the device for a long time, unplug it from the socket.
• Unplug the power plug from the socket during storms for safety reasons.
• Make sure the cable is not pinched, bent, damaged by sharp edges or subjected to mechanical stress. Do not expose the cable to extreme heat or cold. Do not modify the cable. A damaged cable can cause a lethal electric shock.
• If the cable is damaged, do not touch it. First switch off the relevant socket (e.g. via a suitable circuit breaker), then carefully pull the plug out of the socket. Do not use the product if the cable is damaged.