Search results for: 'WA 0812 2782 5310 Anggaran Biaya Pembuatan Neon Box Besi Siku Banjarsari Surakarta'

Cod. NPT70165
STAINLESS STEEL (304-316) AXIAL-FLOW TURBINE FLOWMETER. Stainless steel body (304-316) in the versions with antacid plastic ducts (PVDF) or stainless steel ducts. This is the most suitable flowmeter for measuring corrosive and abrasive liquid chemical products at high working pressures. It can be used with a sinusoidal-wave or square-wave sensor, 4-20 mA.

Cod. NPT70145
STAINLESS STEEL (304-316) AXIAL-FLOW TURBINE FLOWMETER. Stainless steel body (304-316) in the versions with antacid plastic ducts (PVDF) or stainless steel ducts. This is the most suitable flowmeter for measuring corrosive and abrasive liquid chemical products at high working pressures. It can be used with a sinusoidal-wave or square-wave sensor, 4-20 mA.

Cod. NPT70135
STAINLESS STEEL (304-316) AXIAL-FLOW TURBINE FLOWMETER. Stainless steel body (304-316) in the versions with antacid plastic ducts (PVDF) or stainless steel ducts. This is the most suitable flowmeter for measuring corrosive and abrasive liquid chemical products at high working pressures. It can be used with a sinusoidal-wave or square-wave sensor, 4-20 mA.

Cod. NPT70125
STAINLESS STEEL (304-316) AXIAL-FLOW TURBINE FLOWMETER. Stainless steel body (304-316) in the versions with antacid plastic ducts (PVDF) or stainless steel ducts. This is the most suitable flowmeter for measuring corrosive and abrasive liquid chemical products at high working pressures. It can be used with a sinusoidal-wave or square-wave sensor, 4-20 mA.

Cod. NPT70120
STAINLESS STEEL (304-316) AXIAL-FLOW TURBINE FLOWMETER. Stainless steel body (304-316) in the versions with antacid plastic ducts (PVDF) or stainless steel ducts. This is the most suitable flowmeter for measuring corrosive and abrasive liquid chemical products at high working pressures. It can be used with a sinusoidal-wave or square-wave sensor, 4-20 mA.

Cod. NPT70115
STAINLESS STEEL (304-316) AXIAL-FLOW TURBINE FLOWMETER. Stainless steel body (304-316) in the versions with antacid plastic ducts (PVDF) or stainless steel ducts. This is the most suitable flowmeter for measuring corrosive and abrasive liquid chemical products at high working pressures. It can be used with a sinusoidal-wave or square-wave sensor, 4-20 mA.

Cod. 00370185
STAINLESS STEEL (304-316) AXIAL-FLOW TURBINE FLOWMETER. Stainless steel body (304-316) in the versions with antacid plastic ducts (PVDF) or stainless steel ducts. This is the most suitable flowmeter for measuring corrosive and abrasive liquid chemical products at high working pressures. It can be used with a sinusoidal-wave or square-wave sensor, 4-20 mA.

Cod. 00370165
STAINLESS STEEL (304-316) AXIAL-FLOW TURBINE FLOWMETER. Stainless steel body (304-316) in the versions with antacid plastic ducts (PVDF) or stainless steel ducts. This is the most suitable flowmeter for measuring corrosive and abrasive liquid chemical products at high working pressures. It can be used with a sinusoidal-wave or square-wave sensor, 4-20 mA.

Cod. 00370115
STAINLESS STEEL (304-316) AXIAL-FLOW TURBINE FLOWMETER. Stainless steel body (304-316) in the versions with antacid plastic ducts (PVDF) or stainless steel ducts. This is the most suitable flowmeter for measuring corrosive and abrasive liquid chemical products at high working pressures. It can be used with a sinusoidal-wave or square-wave sensor, 4-20 mA.

Cod. 44314799
EXTRACTABLE FLOWMETER easy to apply and connect to any pipe of different diameter for perfect flow measurement. The compact size allows only partially occupying the duct leaving the inner span of the pipe almost completely free. Sin-wave, square-wave and 4-20 mA sensors. Battery-operated or 12V electrically-operated displays to view units per minute and totals, expressed in litres, hectolitres, cubic metres or gallons. Error percentage: ±3%. Response time: 3 sec.

Cod. 44312899
EXTRACTABLE FLOWMETER easy to apply and connect to any pipe of different diameter for perfect flow measurement. The compact size allows only partially occupying the duct leaving the inner span of the pipe almost completely free. Sin-wave, square-wave and 4-20 mA sensors. Battery-operated or 12V electrically-operated displays to view units per minute and totals, expressed in litres, hectolitres, cubic metres or gallons. Error percentage: ±3%. Response time: 3 sec.

Cod. 44302799
EXTRACTABLE FLOWMETER easy to apply and connect to any pipe of different diameter for perfect flow measurement. The compact size allows only partially occupying the duct leaving the inner span of the pipe almost completely free. Sin-wave, square-wave and 4-20 mA sensors. Battery-operated or 12V electrically-operated displays to view units per minute and totals, expressed in litres, hectolitres, cubic metres or gallons. Error percentage: ±3%. Response time: 3 sec.

Cod. 44312799
EXTRACTABLE FLOWMETER easy to apply and connect to any pipe of different diameter for perfect flow measurement. The compact size allows only partially occupying the duct leaving the inner span of the pipe almost completely free. Sin-wave, square-wave and 4-20 mA sensors. Battery-operated or 12V electrically-operated displays to view units per minute and totals, expressed in litres, hectolitres, cubic metres or gallons. Error percentage: ±3%. Response time: 3 sec.

Cod. 68112199
The electrohydraulic motor drive system applicable to all the 5-way (4 outlets) and 6-way (5 outlets) ball valves allows reaching any position using a hydraulic feed with a minimum pressure of 40 bar. The solenoid valve integrated in the system is connected to a 12VDC control which displays the ball position. There are three types of sensor to determine the position: microswitches, reed sensors and sensors for the radio frequency control.

Cod. 68110499
The electrohydraulic motor drive system applicable to all the 5-way (4 outlets) and 6-way (5 outlets) ball valves allows reaching any position using a hydraulic feed with a minimum pressure of 40 bar. The solenoid valve integrated in the system is connected to a 12VDC control which displays the ball position. There are three types of sensor to determine the position: microswitches, reed sensors and sensors for the radio frequency control.