• DC voltage: 8 ... 30V
• DC current: 100 ... 2000 A (cold cranking)
• Starter and charging system test (12V / 24V)
• For lead-acid, AGM, gel and EFB batteries
• Rapid detection of faulty batteries
• Integrated reverse polarity protection
• Test standards: CCA, BCI, CA, MCA, JIS, DIN, IEC, EN, SAE, GB
• USB data transfer
• Battery capacity 30 ... 200 Ah

• DC voltage: 8 ... 30V
• DC current: 100 ... 2000 A (cold cranking)
• Starter and charging system test (12V / 24V)
• For lead-acid, AGM, gel and EFB batteries
• Rapid detection of faulty batteries
• Integrated reverse polarity protection
• Test standards: CCA, BCI, CA, MCA, JIS, DIN, IEC, EN, SAE, GB
• USB data transfer
• Battery capacity 30 ... 200 Ah

• Volume range: 0.5 … 10 µL
• Increment: 0.01 µL
• Fully autoclavable
• Standard: ISO 8655-2
• Including ISO certificate

• Volume range: 0.5 … 10 µL
• Increment: 0.01 µL
• Fully autoclavable
• Standard: ISO 8655-2
• Including ISO certificate

• Volume range: 10 ... 100 µL
• Increment: 0.1 µL
• Fully autoclavable
• Standard: ISO 8655-2
• Including an ISO certificate

• Volume range: 10 ... 100 µL
• Increment: 0.1 µL
• Fully autoclavable
• Standard: ISO 8655-2
• Including an ISO certificate

• Volume range: 100 ... 1000 µL
• Increment: 1 µL
• Fully autoclavable
• Standard: ISO 8655-2
• Includes ISO certificate

• Volume range: 100 ... 1000 µL
• Increment: 1 µL
• Fully autoclavable
• Standard: ISO 8655-2
• Includes ISO certificate

• Volume range: 1000 ... 10000 µL
• Increment: 10 µL
• Fully autoclavable
• Standards: ISO 8655-2
• Incl. ISO certificate

• Volume range: 0.1 … 2.5 µL
• Increment: 0.002 µL
• Fully autoclavable
• Standard: ISO 8655-2
• Including ISO certificate

• Volume range: 0.1 … 2.5 µL
• Increment: 0.002 µL
• Fully autoclavable
• Standard: ISO 8655-2
• Including ISO certificate

• Volume range: 2 … 20 µL
• Increment: 0.02 µL
• Fully autoclavable
• Standard: ISO 8655-2
• Incl. ISO certificate

• Volume range: 2 … 20 µL
• Increment: 0.02 µL
• Fully autoclavable
• Standard: ISO 8655-2
• Incl. ISO certificate

• Volume range: 20 … 200 µL
• Increment: 0.2 µL
• Fully autoclavable
• Standard: ISO 8655-2
• Including ISO certificate

• Volume range: 20 … 200 µL
• Increment: 0.2 µL
• Fully autoclavable
• Standard: ISO 8655-2
• Including ISO certificate

• Volume range: 5 … 50 µL
• Increment: 0.05 µL
• Fully autoclavable
• Standard: ISO 8655-2
• Including ISO certificate

• Volume range: 5 … 50 µL
• Increment: 0.05 µL
• Fully autoclavable
• Standard: ISO 8655-2
• Including an ISO certificate

• Volume range: 500 ... 5000 µL
• Increment: 5 µL
• Fully autoclavable
• Standard: ISO 8655-2

• Temperature: 100 ... 450℃
• Air volume control with 20 levels
• Magnetic sensor activates sleep mode
• Cold air mode at the touch of a button for rapid cooling
• Colour display for real-time temperature status monitoring
• LCD screen for checking settings

• DC voltage: 8 ... 30V
• DC current: 100 ... 2000 A (cold cranking)
• Starter and charging system test (12V / 24V)
• For lead-acid, AGM, gel and EFB batteries
• Rapid detection of faulty batteries
• Integrated reverse polarity protection
• Test standards: CCA, BCI, CA, MCA, JIS, DIN, IEC, EN, SAE, GB
• USB data transfer
• Battery capacity 30 ... 200 Ah

The humidity sensor is used in HVAC technology to monitor humidity and temperature. The measured values are output as a standard signal by the humidity sensor . Air humidity and temperature are accurately determined in this compact humidity sensor via a semiconductor component. For commissioning, the humidity probe is supplied with a DC voltage. The measured values are output via a two-wire cable.

• With display
• Standard signal output
• Simple wall mounting
• RS-485 interface

The HVACR tester is used in HVAC technology to monitor humidity and temperature. The measured values are output as a standard signal by the HVACR tester. Air humidity and temperature are accurately determined in this compact HVACR tester via a semiconductor component. For commissioning, the HVACR tester is supplied with a DC voltage. The measured values are output via a two-wire cable.

• With display
• Standard signal output
• Simple wall mounting
• RS-485 interface

The hygrometer is used in HVAC technology to monitor humidity and temperature. The measured values are output as a standard signal by the hygrometer. Air humidity and temperature are accurately determined in this compact hygrometer via a semiconductor component. For commissioning, the hygrometer is supplied with a DC voltage. The measured values

are output via a two-wire cable.

• With display
• Standard signal output
• Simple wall mounting
• RS-485 interface

• With display
• Standard signal output
• Simple wall mounting
• RS-485 interface

The thermo hygrometer is used in HVAC technology to monitor humidity and temperature. The measured values are output as a standard signal by the thermo hygrometer. Air humidity and temperature are accurately determined in this compact thermo hygrometer via a semiconductor component. For commissioning, the thermo hygrometer is supplied with a DC voltage. The measured values are output via a two-wire cable.

• With display
• Standard signal output
• Simple wall mounting
• RS-485 interface

The PCE-P20H transducer measures DC currents up to ± 5 A DC and converts them into a standard signal. Depending on the version, the PCE-P20H transducer can measure 1 A or 5 A DC and outputs a 4 … 20 mA or 0 … 10 V standard signal. Depending on the model, the supply voltage of the transducers is either 85 … 253 V AC / DC or 20 … 40 V AC / DC.

The PCE-P20H transducer measures voltage up to 400 V DC and converts them into a standard signal. Depending on the version, the PCE-P20H transducer can measure voltages up to 100 V DC, 250 V DC or 400 V DC and outputs a 4 … 20 mA or 0 … 10 V standard signal. Depending on the model, the supply voltage of the transducers is either 85 … 253 V AC / DC or 20 … 40 V AC / DC.

• Ceramic electrode
• Food-safe
• Measuring range: 0.01 ... 5%
• Resolution: 0.01%
• Accuracy: ± 0.05% FS (< 2%), ± 0.1% FS (2% ... 5%)
• Automatic temperature compensation
• Fast and accurate measurement in approx. 1 s

• Ceramic electrode
• Food-safe
• Measuring range: 0.01 ... 5%
• Resolution: 0.01%
• Accuracy: ± 0.05% FS (< 2%), ± 0.1% FS (2% ... 5%)
• Automatic temperature compensation
• Fast and accurate measurement in approx. 1 s

• Ceramic electrode
• Food-safe
• Measuring range: 0.01 ... 5%
• Resolution: 0.01%
• Accuracy: ± 0.05% FS (< 2%), ± 0.1% FS (2% ... 5%)
• Automatic temperature compensation
• Fast and accurate measurement in approx. 1 s

• Ceramic electrode
• Food-safe
• Measuring range: 0.01 ... 5%
• Resolution: 0.01%
• Accuracy: ± 0.05% FS (< 2%), ± 0.1% FS (2% ... 5%)
• Automatic temperature compensation
• Fast and accurate measurement in approx. 1 s

• Soil moisture: 0 ... 100%
• Resolution: 0.1%
• Accuracy: 3% at 0 ... 50% and 5% at 50 ... 100 %
• Floor temperature: -30 ... 85°C / -22 ... 185°F
• Resolution: 0.1°C / 0.18°F
• Accuracy: ±0.5°C / ±0.9°F @25°C / 77°F
• Output: RS-485 Modbus RTU
• Protection class: IP68

• Soil moisture: 0 ... 100%
• Resolution: 0.1%
• Accuracy: 3% at 0 ... 50% and 5% at 50 ... 100 %
• Floor temperature: -30 ... 85°C / -22 ... 185°F
• Resolution: 0.1°C / 0.18°F
• Accuracy: ±0.5°C / ±0.9°F @25°C / 77°F
• Output: RS-485 Modbus RTU
• Protection class: IP68

• Soil moisture: 0 ... 100%
• Resolution: 0.1%
• Accuracy: 3% at 0 ... 50% and 5% at 50 ... 100 %
• Floor temperature: -30 ... 85°C / -22 ... 185°F
• Resolution: 0.1°C / 0.18°F
• Accuracy: ±0.5°C / ±0.9°F @25°C / 77°F
• Output: RS-485 Modbus RTU
• Protection class: IP68