Electro Pneumatic positioner
Brief Description9110L Electro Pneumatic positioner is used for operation of pneumatic valve actuators by means of electrical controller or control system with an analog output signal of DC 4 to 20mA or split ranges.
Details- Direct/Reverse action can be set easily.
- It is designed for high durability and performance in high vibration environment.
- Durability has proven after testing of 1 million times minimum.
- Response time is very short and accurate.
- Simple part change can set 1/2 Split Range.
- It is economical due to less air-consumption.
- Zero & Span adjustment process is simply.
- Feedback Connection is easy.
- Made of aluminum, suitable for sour service or offshore service.
Technical parameter:
| Type | 9110L | |||
| Action type | Single action | Double action | ||
| Input signal | 4~20mA DC | |||
| Impedance | 250±15 Ohm | |||
| Supply pressure | 1.4~7.0kgf/cm2(20~100psi) | |||
| Stroke | 10~150mm | |||
| Air supply connection | PT(NPT)1/4 | |||
| Gauge connection | PT(NPT)1/8 | |||
| Conduit | PF1/2(G1/2) | |||
| Explosion proof | ExdmIIBT5,ExdmIICT5 ExiaIICT6 | |||
| Enclosure | IP66 | |||
| Ambient Temp. | Working temp. | -20~70℃ | ||
| Explosion | -20~60℃ | |||
| Linearity | ±1.0% F.S | ±2.0% F.S | ||
| Hysteresis | 1.0% F.S | |||
| Sensitivity | ±0.2%F.S | ±0.5%F.S | ||
| Repeatability | ±0.5%F.S | |||
| Air consumption | 3LPM(Sup=1.4kgf/cm2,20psi) | |||
| Flow capacity | 80LPM(Sup=1.4kgf/cm2,20psi) | |||
| Material | Aluminum diecasting | |||
| Weight | 2.7kg | |||
Method of type designation :
| Model | Action type | Explosion proof | Lever mm | Orifice | Connection | Ambient Temp.℃ | Option |
| 9100L | S: single D: double | m:ExdmIIBT5 c: ExdmIICT5 i: ExiaIIBT6 p: ExiaIICT6 n: None | 1:10~40 2:30~70 3:60~100 4:100~150 | 1:φ1 2:φ2 3: None | 1:PT 2:NPT | S:-20~60 H:-20~120 L:-40~70 | 0:None 1:With position transmitter(reverse) 2:With position transmitter(positive) |

To learn more,please click below video which is a little slow firstly,just be patient and waiting!






