The fully automatic process digital refractometer IPR Basic3 continuously measures the refractive index and thus the concentration of solids in solutions or the mixing ratios of binary or quasi-binary liquid mixtures. The measurement is independent of process air, turbidity, colour of the process solution and the light intensity of the LED.

• Measuring range: 1.32000 – 1.52000 nD 0 – 90 Brix
• Resolution: 0.00001 nD 0.01 Brix
• Accuracy: ±0.00014 nD ±0.1 Brix (at 20 °C / 68 °F)
• IP69K protection TÜV tested

Compact in-line refractometer iPR-C2 S with extremely short reaction time for continuous measurement and real-time process control with an analogue data output. It is characterized by minimal size and weight and has an excellent price-performance ratio.

• Process temperature (max.): Stainless steel: +80 °C / 176 °F
• Measuring range: 1.3320 - 1.4209 nD 0 - 50 Brix
• Resolution: 0.0001 nD 0.05 Brix
• Accuracy: ± 0.0002 nD ±0.15 Brix (at 20 °C / 68 °F)
• Select connecting flange appropriately!

In-line digital refractometer iPR-C2 Al with extremely short reaction time for continuous measurement and real-time process control with an analogue data output. It is characterized by minimal size and weight and has an excellent price-performance ratio.

• Process temperature (max.): Aluminium: +60 °C / 140 °F
• Measuring range: 1.3320 - 1.4209 nD 0 - 50 Brix
• Resolution: 0.0001 nD 0.05 Brix
• Accuracy: ± 0.0002 nD ±0.15 Brix (at 20 °C / 68 °F)
• Select connecting flange appropriately!

With this HVAC meter, weld seams, wear and tear and damage can be assessed quickly and easily in order to make quick diagnoses. The sheathing of the endoscope cable from the HVAC meter consists of braided tungsten.

• Diameter: Ø2.2mm / 0.08"
• Cable length: 1m / 3.2 ft
• Camera direction: 90°
• Resolution: 160,000 pixels
• Focusing range: 5 … 50 mm / 0.19 … 1.96"
• 7" touch screen for easy operation
• replaceable battery with status display
• Storage of recording on SD card
• Motor with endoscope cable can be changed quickly
• HDMI connection for direct image transmission

With this HVAC meter, weld seams, wear and tear and damage can be assessed quickly and easily in order to make quick diagnoses. The sheathing of the endoscope cable from the HVAC meter consists of braided tungsten.

• Endoscope cable length: approx. 2 m / 6.5 ft
• Diameter: 3.8mm / 0.15"
• Camera resolution 160,000 pixels each
• Viewing angle front camera 120°, side camera 90°
• Focusing distance 5 … 50 mm / 0.19 … 1.96" each
• Camera head length: 42 mm / 1.6"
• Bending radius at 90° 35 mm / 1.3"
• Live images from both cameras side by side
• 7" touch screen for easy operation
• Replaceable battery with status display
• Storage of recording on SD card
• Motor with endoscope cable can be changed quickly
• HDMI connection for direct image transmission

With this HVAC meter, weld seams, wear and tear and damage can be assessed quickly and easily in order to make quick diagnoses. The sheathing of the endoscope cable from the HVAC meter, consists of braided tungsten.

• Endoscope cable length: approx. 2 m / 6.5 ft
• Diameter: 3.8mm / 0.15"
• Front camera with resolution: 1,000,000 pixels
• Front camera viewing angle 120°
• Focus 10 … 100 mm / 0.39 … 3.9"
• Movable camera head 46 mm / 1.8" long
• Bending radius approx. 35 mm / 1.3" at 90°
• 7" touch screen for easy operation
• replaceable battery with status display
• Storage of recording on SD card
• Motor with endoscope cable can be changed quickly
• HDMI connection for direct image transmission

With this HVAC meter, weld seams, wear and tear and damage can be assessed quickly and easily in order to make quick diagnoses. The sheathing of the endoscope cable from the HVAC meter consists of braided tungsten.

• Diameter: Ø6mm / 0.23"
• Cable length: 5m / 16.4 ft
• Camera direction: 0°
• Resolution: 1MP
• Focusing range: 5 … 50 mm / 0.19 … 1.96"
• 7" touch screen for easy operation
• replaceable battery with status display
• Storage of recording on SD card
• Motor with endoscope cable can be changed quickly
• HDMI connection for direct image transmission