Telescopic tripod with casters type DBM T-4.
Height from 1.20 to 4m. Supplied with soft transport case. For DBM620 and Velocity grid DBM-VMG.
Learn MoreInterchangeable hotwire probe for air velocity and temperature measurements. Stainless steel body length 267 mm, Ø 8 mm. Autolock connector. Supplied with adjustment certificate.
Download Specsheet : Probe for Class320 Transmitter
Learn MoreThis infrared thermometer mainly fits for measurements at short or medium distances.
Download datasheet : Sauermann Si-TI3
Learn MoreMeasuring hood for DBM620 type HO-623.
Sizes 720x1320mm (2,36’x4,33′). Supplied with foldable frame and sheath.
Learn More0 to 100 %RH, -20 to 80 °C (-4 to 176 °F). Stainless steel body and sintered filter. Autolock connector. Si-ACC-RVP cable is needed to connect to Si-CPE320 transmitters. Supplied with adjustment certificate.
Advantage:
• Flush mount probe
• High accuracy and long-term stability
• VHP resistant
• Easy to install – deatachable probe cable
• Enables the calculation of psychrometric values
Download Specsheet : Si-PRO-U-W
Learn MoreThe palm-sized Sauermann Si-HH3 thermo-hygrometer easily measures relative humidity and temperature.
Download datasheet : Sauerman : Si-HH3
Learn More
Measuring hood for DBM620 type HO-624.
Sizes 420x1520mm (1,38’x4,99′). Supplied with foldable frame and sheath.
Learn MoreThe palm-sized Sauermann Si-PM3 digital differential pressure manometer easily measures pressure.
Download datasheet : Sauermann Si-PM3
Learn MoreVelocity measuring grid kit for DBM620 type DBM-VMG. Air velocity measurement on blowing ceiling. Supplied with articulated telescopic pole, positioning spacers (5, 15 and 25cm), 2x1m of silicone tube and transport backpack.
Learn MoreInterchangeable hygrometry/temperature probe. Plastic body with stainless steel filter. Length 150 mm, Ø 13 mm. Autolocking connector. Probe cable for connection to class 320 transmitters is needed. Supplied with adjustment certificate.
Download Specsheet : Probe for Class320 Transmitter
Learn MoreConnection cable between the transmitter and: