MICROSTREAM Sensor : OF-ZAT/OF-ZZT Series
Feature
High Cost-Performance
The MICROSTREAM Sensor was developed to meet the fluid engineering demands for a precise, easy-to-use flow-rate control and monitoring system that can be applied to a wide range of fields.
The MICRSTREAM Series meets the needs of vanguard R&D departments across the face of industry.
What's more, if you have found micro FlowSensor instrumentation to be prohibitively expensive in the past, you will be amazed at the ease and economy with which the MICROSTREAM system can be adopted. The proliferation of micro computers has created an increased demand for reliable, and economical systems which are easy to operate. The MICROSTREAM Sensor for the control and monitoring of fluid flow-sensor has met this demand, and has revolutionized the fluid instrumentation industry in the process.
Applications
- To control kerosene burner combustion for efficient fuel control
- To indicate the fuel consumption rate and ‘remaining fuel’ of internal combustion systems
- To control the flow for chemical feeder systems
- To measure the flow of liquid cosmetic products,etc.
Applications & Model Classification
The accuracy you demand at a price you could afford
Costs less than previous flow-rate sensors due to the use of a molded body of engineering plastics, but still provides the accuracy you demand.
Compact and lightweight
Features a compact design, weighing only 95 grams (OF05). Furthermore, the connection was designed to facilitate easy installation in any system layout.
Excellent chemical resistance
The super-hard engineering plastics body is highly resistant to chemicals, oil, and wear, making this sensor ideal for use with kerosene, light oil, heavy oil, and cold water, as well as for chemicals.
Overview
| Item | Model | ||||
|---|---|---|---|---|---|
| OF05ZAT-AO | OF05ZZT-AO | OF10ZAT-AO | OF10ZZT-AO | ||
| Measurable fluid | Various fluids | Prease select with reference to the following major materials of the fluid-touching materials. | |||
| Major fluids | water, kerosene, light oil, heavy oil |
water, acid, alkali, organic solvents, etc. |
water, kerosene, light oil, heavy oil |
water, acid, alkali, organic solvents, etc. |
|
| Accuracy (standard installation position) | ±2% RS | ||||
| Maximum working pressure | 0.5MPa (35~85%RH) | ||||
| Fluid & Ambient tempereture | -10 to 70°C (Freeging / dew condensation must be avoided) | ||||
| Flow-rate range (±1% RS) | 0.3 - 0.8mPa·s(cP) --- 5 - 50L/h 0.8 - 2mPa·s(cP) --- 3 - 50L/h 2 - 5mPa·s(cP) --- 1 - 50L/h 5 - 200mPa·s(cP) --- 0.5 - 50L/h |
0.3 - 0.8mPa·s(cP) --- 40 - 300L/h 0.8 - 2mPa·s(cP) --- 20 - 300L/h 2 - 5mPa·s(cP) --- 10 - 300L/h 5 - 200mPa·s(cP) --- 5 - 300L/h |
|||
| Pulse unit | 0.46mL/p | 2.5mL/p | |||
| Power voltage | 3 to 24 V DC | ||||
| Output signal | Pulse Voltage | ||||
| Connection | R1/4(External thread) | R1/2(External thread) | |||
| Main materials | Rotor and casing: PPS Resin O-ring: NBR Shaft: SUS304 |
Rotor and casing: PPS Resin O-ring: FKM Shaft: SiC |
Rotor and casing: PPS Resin O-ring: NBR Shaft: SUS304 |
Rotor and casing: PPS Resin O-ring: FKM Shaft: SiC |
|
- In case there is possibility that any paricle is flown in the liquid to be measured, please install a filter of not less than 80 meshes at the inlet side of the flowmeter.
- Gasoline, Sodium hydroxide (Caustic soda), Hydrogen peroxide solution (Oxydol), and Hydrochloric acid are not applicable.
- The pressure drop at maximum flow rete is 4kPA (OF05), 10kPA (OF10).
Dimensions
Connection method / Output pulse
When the 12V DC power '+' pole is covered to red, and the '-' pole is connected to black, a 'high=10V, low 1V' rectangluar wave occur between white and black.
External Dimensions
| OF05 | OF10 | |
| A | 80 | 90 |
| B | 46.9 | 46.9 |
| C | 46.9 | 46.9 |
| D | 8 | 8.5 |
| E | 27.3 | 40.3 |