Our Flow Meter enables the measurement of flow velocity from 0.03 to 5 m/s. It can be used for measurements on copper pipes with a diameter between 46 and 54 mm. The Flow Meter of the PCE-UFM-CU series uses the ultrasonic transit time method to determine velocity and flow volume.

Our Flow Meter enables the measurement of flow velocity from 0.03 to 5 m/s. It can be used for measurements on PVC pipes with a diameter between 59 and 67 mm. The Flow Meter of the PCE-UFM-PVC series uses the ultrasonic transit time method to determine velocity and flow volume.

Our Heat Pump Test Equipment enables the measurement of flow velocity from 0.03 to 5 m/s. It can be used for measurements on copper pipes with a diameter between 46 and 54 mm. The Heat Pump Test Equipment of the PCE-UFM-CU series uses the ultrasonic transit time method to determine velocity and flow volume.

Our Heat Pump Test Equipment enables the measurement of flow velocity from 0.03 to 5 m/s. It can be used for measurements on PVC pipes with a diameter between 59 and 67 mm. The Heat Pump Test Equipment of the PCE-UFM-PVC series uses the ultrasonic transit time method to determine velocity and flow volume.

Our HVAC Meter / HVACR Tester enables the measurement of flow velocity from 0.03 to 5 m/s. It can be used for measurements on copper pipes with a diameter between 46 and 54 mm. The HVAC Meter / HVACR Tester of the PCE-UFM-CU series uses the ultrasonic transit time method to determine velocity and flow volume.

Our HVAC Meter / HVACR Tester enables the measurement of flow velocity from 0.03 to 5 m/s. It can be used for measurements on PVC pipes with a diameter between 59 and 67 mm. The HVAC Meter / HVACR Tester of the PCE-UFM-PVC series uses the ultrasonic transit time method to determine velocity and flow volume.

Our Ultrasonic Flow Meter enables the measurement of flow velocity from 0.03 to 5 m/s. It can be used for measurements on copper pipes with a diameter between 46 and 54 mm. The Ultrasonic Flow Meter of the PCE-UFM-CU series uses the ultrasonic transit time method to determine velocity and flow volume.

Our Ultrasonic Flow Meter enables the measurement of flow velocity from 0.03 to 5 m/s. It can be used for measurements on PVC pipes with a diameter between 59 and 67 mm. The Ultrasonic Flow Meter of the PCE-UFM-PVC series uses the ultrasonic transit time method to determine velocity and flow volume.

Our Ultrasonic Tester / Ultrasonic Testing enables the measurement of flow velocity from 0.03 to 5 m/s. It can be used for measurements on copper pipes with a diameter between 46 and 54 mm. The Ultrasonic Tester / Ultrasonic Testing of the PCE-UFM-CU series uses the ultrasonic transit time method to determine velocity and flow volume.

Our Ultrasonic Tester / Ultrasonic Testing enables the measurement of flow velocity from 0.03 to 5 m/s. It can be used for measurements on PVC pipes with a diameter between 59 and 67 mm. The Ultrasonic Tester / Ultrasonic Testing of the PCE-UFM-PVC series uses the ultrasonic transit time method to determine velocity and flow volume.

The automotive tester is a versatile measuring device. This is made possible by the various optional sensors on the automotive tester. Thanks to the surface temperature sensor, the automotive tester can be used to determine the surface temperature of an object within a measuring range of -50 ... 125°C / -58 ... 257°F. 

The coating thickness gauge is a versatile measuring device. This is made possible by the various optional sensors on the coating thickness gauge. Thanks to the surface temperature sensor, the coating thickness gauge can be used to determine the surface temperature of an object within a measuring range of -50 ... 125°C / -58 ... 257°F. 

The condition monitoring surface tester is a versatile measuring device. This is made possible by the various optional sensors on the condition monitoring surface tester. Thanks to the surface temperature sensor, the condition monitoring surface tester can be used to determine the surface temperature of an object within a measuring range of -50 ... 125°C / -58 ... 257°F. 

The material tester is a versatile measuring device. This is made possible by the various optional sensors on the material tester. Thanks to the surface temperature sensor, the material tester can be used to determine the surface temperature of an object within a measuring range of -50 ... 125°C / -58 ... 257°F. 

The NDT tester is a versatile measuring device. This is made possible by the various optional sensors on the NDT tester. Thanks to the surface temperature sensor, the NDT tester can be used to determine the surface temperature of an object within a measuring range of -50 ... 125°C / -58 ... 257°F. 

The paint thickness gauge is a versatile measuring device. This is made possible by the various optional sensors on the paint thickness gauge. Thanks to the surface temperature sensor, the paint thickness gauge can be used to determine the surface temperature of an object within a measuring range of -50 ... 125°C / -58 ... 257°F. 

The thickness gauge is a versatile measuring device. This is made possible by the various optional sensors on the thickness gauge. Thanks to the surface temperature sensor, the thickness gauge can be used to determine the surface temperature of an object within a measuring range of -50 ... 125°C / -58 ... 257°F. 

The surface tester is a versatile measuring device. This is made possible by the various optional sensors on the surface tester. Thanks to the surface temperature sensor, the surface tester can be used to determine the surface temperature of an object within a measuring range of -50 ... 125°C / -58 ... 257°F.