Honeywell (Elster Metering) Pulse Units

All items below available from STOCK
T-Probe Reed Switch

T-Probe Reed Switch

For use with V100 (PSM) & V110 (KSM) water meter.

MSM Black Reed Switch

MSM Black Reed Switch (Now Obsolete)

For use with the older MSM in line & manifold meters with the black the shroud.

MSM Grey Reed Switch

MSM Grey Reed Switch

For use with the older MSM meters and early V200/V210 meters with the grey shroud.

PR6 1:1 Inductive Pulse Unit

PR6 1:1 Inductive Pulse Unit

For use on the latest range of V200/V210 meters which show PR6 on the meter dial.

LRP Reed Switch

LRP Reed Switch

Low resolution pulse unit for use with the Helix 3000 and Mater 2000 meters.

HRP opto-sensor pulse unit

HRP opto-sensor pulse unit

High resolution pulse unit for use with the Helix 3000 and Master 2000 meters.

LP10 Solid State Pulse Unit

LP10 Solid State Pulse Unit

This is an alternative flat disc low resolution pulse unit for use with the Helix 3000 and S2000 meters.

HP100 Solid State Pulse Unit

HP100 Solid State Pulse Unit

This is an alternative flat disc high resolution pulse unit for use with the Helix 3000 and S2000 meters.

PG100 Reed Switch

PG100 Reed Switch

Low resolution pulse unit for use with the older Helix 4000 and S2000 meters.

PR7 1:10

PR7 1:10 inductive pulse unit

For use on the latest range of Helix 4000 and S4000 meters which show PR7 on the meter dial. This version offers a high resolution primary output and a low resolution secondary output.

PR7 10:10

PR7 10:10 inductive pulse unit

For use on the latest range of Helix 4000 and S4000 meters which show PR7 on the meter dial. This version offers a low resolution output on both the primary and secondary outputs.

P Type Pulser

Pulser output module

For use with the Q4000 electromagnetic flowmeter offering both high and low resolution pulse output options. These are configured to suit the customers requirements, we currently hold in stock the T2 version (1 pulse per 10 litres on both channel 1 and 2 outputs) and the M1 version (1 pulse per litres F-R on channel 1 and 1 pulse per 10 litres F-R on channel 2, these are both compensated flows).