Series 295 Compact Rotary Smart Positioner
Does not ship to OH, United States
Description
Proximity Series 295 Compact Linear and Rotary Smart Positioners are a compact, high performance unit with a low price.
Series 295 models accurately control the valve stroke of rotary motion valves, such as W.E. Anderson ball or butterfly valves, according to an input signal of 4 to 20 mA from the controller. Its rugged, durable design makes it ideal for harsh environments. 
The NEMA 4X (IP66) enclosure rating protects the highly efficient microprocessing unit inside the Smart Positioner. An analog feedback signal is outputted to stabilize any valve system and easy to use functions such as auto calibration ensure the accuracy of the unit.
Low air consumption reduces operating cost, but does not sacrifice the performance of the Smart Positioner.
The handheld size of this unit makes it easy to use with any size actuator, and can be used in applications where a larger positioner may not fit. 
Series 295 Smart Positioners feature a LCD screen attached to the outer surface of the unit, allowing for an easy inspection of the positioner condition while in the field. Available with HART® communication.
Features- LCD Display
 - Auto calibration, PID control and alarm
 
Configure
Specifications
Specifications
Air Consumption
- 0.0004 scfm (0.01 LPM) at psig: 20 (kPa: 140, bar: 1.4) Supply
 
Communication
- HART
 
Conduit Connection
- 1/2" NPT
 
Display
- LCD Display
 
Enclosure, Body Material
- Aluminum
 
Environmental Protection
- IP66
 - NEMA 4X
 
Flow Capacity
- 0.32 scfm (9 LPM) at psig: 20 (kPa: 140, bar: 1.4) Supply
 
Hysteresis
- ± 0.05 % of Span
 
Input Signal
- 4-20 mA DC
 
Linearization
- ≤ ± 0.5 % of Full Scale
 
NPT Connection
- 1/4" NPT Female - Air Connection
 - 1/8" NPT Female - Gage Connection
 
Repeatability
- ± 0.3 % of Full Scale
 
Rotation
- 0° to 90°
 
Sensitivity
- ± 0.2 % of Full Scale
 
Supply Pressure
- psi: 35 to 116 (kPa: 240 to 900, bar: 2.4 to 9) - Air Supply
 
Temperature Range
- -30° to 85° C (-22° to 185° F)