Stainless steel manometer with separating membrane, DIN 11851, dial 100 mm | nut DN40
The use of manometers is common in the following cases:
- highly viscous liquids
- solid particles, sedimenting sludges
- hot liquids that solidify or crystallize when the temperature drops
- aggressive liquids
- in cases where there are strict requirements for perfect cleaning and sanitation of the system
This type of pressure gauge (manometer) is used to measure the pressure of liquids and gases in cases where it is inadmissible for the measured medium to enter the measuring device of the pressure gauge.
The given concept consists of the use of a separating membrane and an inert liquid, which transmits the pressure to the measuring device of the pressure gauge (manometer).
Prices are stated without VAT
Basic information
| Separating membrane material | AISI 316L (1.4404), Ra≤0,8 µm |
| Body separator material | AISI 316 (1.4401) |
| Union nut material | AISI 304 (1.4301) |
| Working temperature | –45 °C to +150 °C |
| Diaphragm designed for pressure range | 0–60 bar |
| Filling according to application requirements | silicone oil, vegetable oil (almond) |
| Manometer connection to the separator | 1/2 "BSP female thread |
| Separator connection | food screw connection - union nut DN40 according to DIN 11851 |
Technical data of all-stainless steel manometers, dial 100 mm (4 ")
- The pressure gauge is made of stainless steel, housing material AISI 304, and thread material AISI 316. The sensing device is a Bourdon stainless steel spring.
- The connector is TIG welded.
- Supplied with glycerine filling as standard (protection against surges).
- Measuring range: 0–2.5 bar/0–6 bar/0–10 bar.
- Working temperature: –20 °C to +200 °C
- Ambient temperature: –40 °C to 60 °C
- Straight sight glass.
- Bottom connection, thread G1/2“ BSP.
- Dial size DN 100 mm.
- They meet the requirements of EN 837-1, accuracy class CL 1.0.
- They are designed with an emphasis on longevity and extreme operating conditions.
- They are also designed for operation where vibrations or pulsating pressures occur.
The use of manometers is common in the following cases
- highly viscous liquids
- solid particles, sedimenting sludges
- hot liquids that solidify or crystallize when the temperature drops
- aggressive liquids
- in cases where there are strict requirements for perfect cleaning and sanitation of the system
This type of pressure gauge (manometer) is used to measure the pressure of liquids and gases in cases where it is inadmissible for the measured medium to enter the measuring device of the pressure gauge.
The given concept consists of the use of a separating membrane and an inert liquid, which transmits the pressure to the measuring device of the pressure gauge (manometer).
