2536 Rotor-X Paddlewheel Flow Se

Compatible Products

(For flow velocity of .3-20 ft/sec)

ORDER: ROTOR-X LOW-FLOW PADDLEWHEEL SENSOR


PART #	DESCRIPTION & PIPE RANGE	OUR PRICE
3-2536-P0	1/2" - 4" PP	$325.00
3-2536-V0	1/2-4" PVDF	$553.00
3-2536-P1	5" - 8" PP	$343.00
3-2536-P2	10" - 36" PP	$361.00
3-2536-V1	5-8" PVDF	$60400
3-2536-T0	1/2"- 4" PVDF	$578.00
3-2536-P3	1/2"- 4" PVDF	$511.00
3-2536-P4	5" - 8" PVDF	$560.00
3-2536-P5	10"- 36" PVDF	$596.00

FEATURES

Perfect for those low-flow or high electronic noise applications. This insertion-type paddlewheel sensor generates an open-collector (Hall effect) pulse output proportional to a flow rate as low as 0.3 fps.

The sensor was designed for systems ranging in size from 1/2" up to 36" with a maximum velocity of 20 fps.

The sensor has no coil, making it ideal for high-noise environments.

SPECIFICATIONS

±1% full-range linearity
±0.5% repeatability.
Requires a standard installation fitting found on page 312.

__________________________________________________________________

Simple to install with time-honored reliable performance, Model 2536 Rotor-X Paddlewheel Flow Sensors are highly repeatable, rugged sensors that offer exceptional value with little or no maintenance. The Model 2536 has a process-ready open collector signal and has a wide dynamic flow range of 0.1 to 6 m/s (0.3 to 20 ft/s). The sensor measures liquid flow rates in full pipes and can be used in low pressure systems.

The Model 2536 sensors are offered in a variety of materials for a wide range of pipe sizes and insertion configurations. The many material choices including PP, PVDF, and Tefzel make this model highly versatile and chemically compatible with many liquid process solutions. Sensors can be installed in DN15 to DN900 (0.5 to 36 in.) pipes using Signet's comprehensive line of custom fittings. These custom fittings, which include tees, saddles, and weldolets, seat the sensor to the proper insertion depth into the process flow. The sensors are also offered in configurations for wet-tap installation requirements.