2813-WP | Current to pressure transducer | 4-20 mA input | 3-15 psig (0.2-1.0 bar) output. | Dwyer
Current to pressure transducer, 4-20 mA input, 3-15 psig (0.2-1.0 bar) output.
Documents and manuals
Dwyer 2813-WP Documents
Overview
Details for 2813-WP
Current to pressure transducer | 4-20 mA input | 3-15 psig (0.2-1.0 bar) output.
Series 2700 & 2800 Current to Pressure Transducer
The Series 2700 Current to Pressure Transducer combines economical startup cost, low air consumption, and reliable performance to make the 2700 a great investment. The unit converts a variable current signal to a proportional pneumatic output. It has input and output ports on both the front and back which allows for versatile plumbing. The NEMA 4X enclosure enables the unit to be installed indoors or outdoors, however, the unit is not vibration resistant. It is FM and CSA approved for intrinsically safe operation. The 2700 is designed for remote or panel mounting. An integral volume booster provides high flow capacity, increasing control speed in critical applications. Other features include external zero and span adjustments which are convenient for field calibration.
The Series 2800 Current to Pressure Transducer utilizes closed loop pressure feedback system that closely controls output and compensates for vibration, mounting angle, temperature, and supply pressure variations. These characteristics make this unit ideal for field mounting on a valve. The control mechanism is a piezoceramic actuator encapsulated in a protective skin, which provides a constant defense against humidity and contaminants. These features make this unit ideal for use in demanding applications. The 2800 also comes in a NEMA 4X enclosure and is field reversible. It is FM and CSA approved intrinsically safe, as well. For ease of installation, this model has input and output ports on both the front and back and can be easily panel mounted.
Product Applications
- Controlling valve actuators,pneumatic valve positioners, aircylinders, clutches, brakes,dampers, louvers and pumps
- NEMA 4X enclosure
- FM and CSA approved for intrinsically safe
- Vibration and position insensitive (2700)
- Input and output ports on front and back (2700)
- Vibration and position insensitive (2800)
- Input and output ports on front and back (2800)
Specifications
- Series
- 2700 & 2800 Current to Pressure Transducer
- Category/Type
- Valves
- Type
- Current to Pressure Transducers
- Series
- 2700 & 2800 Current to Pressure Transducer
- Service
- Oil free; clean dry air filtered to 40 microns.
- Input Signal
- 4-20 mA.
- Air Supply
- Minimum: 5 psig (0.3 bar) above maximum output; Maximum: 100 psig (6.9 bar).
- Output
- 3 to 15 psig (0.2 to 1.0 bar); 6 to 30 psig (0.4 to 2.1 bar).
- Accuracy
- Series 2800: ±0.1% of span.
- Linearity
- Series 2700: <±0.5% of span.
- Hysteresis
- Series 2700: <0.5% of span; Series 2800: <0.1% of span.
- Repeatability
- Series 2700: <0.5% of span; Series 2800: <0.1% of span.
- Supply Pressure Sensitivity
- Series 2700: <0.1% of span per 1.0 psig (0.1 bar).
- Power Requirement
- Loop powered.
- Temperature Limits
- Series 2700: -20 to 150°F (-29 to 66°C); Series 2800: Operating: -40 to 160°F (-40 to 71°C); Storage: -40 to 200°F (-40 to 93°C).
- Pressure Connections
- 1/4" female NPT.
- Electrical Connection
- 1/2" female NPT.
- Air Consumption
- Series 2700: 0.03 scfm (.01 l/s) at midrange typical; Series 2800: 0.025 scfm (.01 l/s) at midrange typical.
- Output Capacity
- 4.5 scfm (2.1 l/s) at 25 psig (1.7 bar) supply; 12.0 scfm (5.7 l/s) at 100 psig (6.9 bar) supply.
- Enclosure
- Chromate-treated aluminum with epoxy paint.
- Enclosure Rating
- NEMA 4X (IP65) and intrinsically safe.
- Weight
- Series 2700: 1.3 lb (0.59 kg); Series 2800: 0.8 lb (0.37 kg).
- Agency Approvals
- CE; CSA; FM.
- FM Intrinsically Safe Ratings
- Class I; II; III; Division 1; Groups C; D; E; F and G; Class I; Division 2; Groups A; B; C and D; Class II and III; Division 2; Groups F and G.
- CSA Intrinsically Safe Ratings
- Class I; Division 2; Groups C and D; Class II; Groups E; F and G; Class III.
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