Vortex probe VA40 with sensor head diagonal dimension 40 mm and connection housing.
Probe materials: stainless steel, Hastelloy, titanium and tantalum.
Working temperature range up to +100, +180 or 240 °C.
Standard sensor length 300 mm (other lengths on request). Process connection via probe guide piece SF with thread or flange. Optional with integrated temperature sensor Pt100.
Suitable for fixed measuring of actual flow velocity v [m/s], flow rate V/t [m³/h] and temperature t [°C] (optional) in clean as well as condensate and particle-laden gases.
Signal evaluation with integrated transducer UVA (output temperature: 4-20 mA optional), separate transducer UVA or system unit µP-Vortex (VT-VA with integrated Pt100).
For ATEX category 1/2G and category 1/2D (zone 0/1, zone 20/21) applications, an additional isolation / supply unit LDX is necessary.
- 4-20 mA (flow-proportional)
- quantity pulse / limit value
Configurable via RS232 interface and software UCOM (with integrated UVA).
0.5 ... 40 m/s (up to 60 m/s or 80 m/s on request)
up to 3 bar / 300 kPa overpressure
-20 ... +100 / +180 / +240 °C
flow velocity, flow rate, volume
IP protection type
IP65 (connection housing)
Type of protection
with integr. UVA: ATEX category 3G and 3D (zone 2 and 22) (optional)
without integr. UVA: ATEX category 1/2G and category 1/2D (zone 0/1, zone 20/21) (optional)
v/VA, vt/VAT, analog output, quantity pulse (with integrated UVA)
Several distinctive features make the flowtherm NT a user-friendly handheld unit with a wide range...Transducer UVA in top-hat rail mounting
for connection with probes VA and measuring tubes VA Di. Conversion of actual to standard...Isolation / Supply Unit LDX2 (VA, FA)
for connection with vortex sensors VA (probes and measuring tubes) in Ex-version ATEX category 1/2G...Transducer UVA in light metal housing
for connection with probes VA and measuring tubes VA Di. Conversion of actual to standard flow /...System unit µP-Vortex in top-hat rail mounting
for connection with probes VA40 and measuring tubes VA Di. Conversion of actual to standard flow /...