
- Compact and heavy duty model
- Relative pressure from -1 up to 60 bar
- Output signal: 4-20 mA
- Stainless steel fitting: BSP 1”
- AISI 316L diaphragm (option: Hastelloy)
Range: | -1 to 60 barg (relative pressure) 0 to60 bar ABS (absolute pressure) |
Overload limit: | 4 times the F.S. |
Damaging overload: | 8 times the F.S. |
Accuracy: | ± 0.2 % |
Long term stability: | 0.1 % per year |
Repeatability: | 0.05 % |
Response time: | < 120 ms |
Liquid temperature: | -40 to +130 °C |
Ambient temperature: | -40 to +80 °C |
Temperature incidence: | Max. 0.4 % / 10 °C |
Humidity acceptance: | R.H.: 0 to 98 %, condensing |
Output signal: | 4 to 20 mA; 2-wire |
Power supply: | 8 to 36 V DC |
Electrical connection: | Connector DIN 43650 with PG 9 (Ø 6 to 8 mm cable) |
Protection: | IP 65 (with DIN connector fitted) |
Diaphragm: | AISI 316 L (1.4435) Option: Hastelloy |
Body: | AISI 304 (1.4301) |
Connector: | Itamide (Nylon 6) |
Fitting: | Male thread, BSP 1” |
Mass: | About 90 g |
BAMO TP805-28 flush diaphragm pressure transmitter is used for Remote pressure values of viscous, pasty, sticky, crystallizing liquids, contaminated fluids, that may clog the fitting of a standard pressure transmitter. Accuracy, reliability, corrosion resistance and mechanical resistance make this pressure transmitter a suitable product for many industrial applications.
The built-in sensor is a piezoresistive sensor separated from the liquid by a stainless steel diaphragm. All parts and materials in use and the technology implemented make this sensor particularly resistant to vibrations and mechanical shocks.
Installation is quick and easy. If necessary, it is possible to shift the zero and the range by ± 10%, without altering the performance. It does not require any maintenance.
Price indicated is the base price. Please contact us for additional pricing for the scales for relative pressure and absolute pressure.