HONEYWELL BW TECH REG-DF-3 Regulators and Accessories Demand flow regulator for disposable steel cy
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Item # 33878100
Model # REG-DF-3
$1,219.05
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LOT
GAS TESTER
Safety Equipment
Test and Measurement
Gas Detectors- Explosive Meters
BW Technologies
Gas Monitor Calibration Supplies
Warning: This product can expose you to chemicals, which are known to the State of California to cause cancer and birth defects or other reproductive harm. For more information, go to www.P65Warnings.ca.govProduct Description
HONEYWELL BW TECH REG-DF-3 Regulators and Accessories Demand flow regulator for disposable steel cyl
HONEYWELL BW TECH REG-DF-3 Regulators and Accessories Demand flow regulator for disposable steel cylinders NEW
Note: MicroDock II requires a REG-DF-1. Aerosols do not require regulators.
Order # REG-DF-3 Demand flow regulator for disposable steel cylinders Note: MicroDock II requires a REG-DF-1. Aerosols do not require regulators.
Demand-flow regulators (DFR) are designed for use with instruments that utilize a pump to draw the calibration gas. The regulator provides the exact amount of gas the instrument pump requires. This type of regulator makes calibration quick and easy by eliminating the need for sample bags, flow meters, or special operator training. In addition, it saves calibration gas because it only transfers as much gas as the instrument demands. The DFR is normally off and is only turned on by a downstream suction of greater than 3" water (5.6mm Hg), which is exceeded by all pumped Systems Instruments.
There are three versions of DFR for BW: P/N REG-DF-1, DFR for disposable cylinders. P/N REG-DF-2, DFR for refillable cylinders, CGA connector. P/N REG-DF-3, DFR for disposable steel cylinders.
Procedure Note: There is no manual on/off switch on a DFR.
To use the DFR: 1. Screw the DFR tightly onto the applicable compressed gas cylinder. 2. When needed, connect the outlet port of the DFR and the sample probe of the instrument with soft tubing (e.g., a short piece of Tygon tubing, p/n: RAE: 411-0003-041 / BW: C2-HOSE1-1) 3. After the calibration gas operation (either a span calibration or a span check) is done, disconnect the sample probe of the instrument from the upstream soft tubing; 4. Unscrew the DFR from the compressed calibration gas bottle if needed for other applications (it can be left in place). 5. Put all the components back in place for storage.
HONEYWELL BW TECH REG-DF-3 Regulators and Accessories Demand flow regulator for disposable steel cylinders NEW
Note: MicroDock II requires a REG-DF-1. Aerosols do not require regulators.
Order # REG-DF-3 Demand flow regulator for disposable steel cylinders Note: MicroDock II requires a REG-DF-1. Aerosols do not require regulators.
Demand-flow regulators (DFR) are designed for use with instruments that utilize a pump to draw the calibration gas. The regulator provides the exact amount of gas the instrument pump requires. This type of regulator makes calibration quick and easy by eliminating the need for sample bags, flow meters, or special operator training. In addition, it saves calibration gas because it only transfers as much gas as the instrument demands. The DFR is normally off and is only turned on by a downstream suction of greater than 3" water (5.6mm Hg), which is exceeded by all pumped Systems Instruments.
There are three versions of DFR for BW: P/N REG-DF-1, DFR for disposable cylinders. P/N REG-DF-2, DFR for refillable cylinders, CGA connector. P/N REG-DF-3, DFR for disposable steel cylinders.
Procedure Note: There is no manual on/off switch on a DFR.
To use the DFR: 1. Screw the DFR tightly onto the applicable compressed gas cylinder. 2. When needed, connect the outlet port of the DFR and the sample probe of the instrument with soft tubing (e.g., a short piece of Tygon tubing, p/n: RAE: 411-0003-041 / BW: C2-HOSE1-1) 3. After the calibration gas operation (either a span calibration or a span check) is done, disconnect the sample probe of the instrument from the upstream soft tubing; 4. Unscrew the DFR from the compressed calibration gas bottle if needed for other applications (it can be left in place). 5. Put all the components back in place for storage.
