Christmas / New Year shipping times

Our central warehouses will be closed from 23.12.2024 to 01.01.2025. Incoming orders will not be shipped during this period. If necessary, you are welcome to use our branch network during this time. Customer service will be available as usual.

Please note that our branches may have different opening hours during the holidays. For up-to-date information, we recommend calling ahead or checking the current opening times on Google Maps. Due to technical reasons, we are currently unable to update the opening hours on our website. Link to branch search on Google Maps

HK VCA 2 FC R1

Gear wheel flow meter 1-65 l/min

The product image may differ

Design

square wave output signal

Measuring range

1 to 65 l/min

Thread

G 3/4″ -14

Download PDF

Please choose a variant

Show table of articles

HK VCA 2 FC R1 HK VCA 2 FC R1V HK VCA 5 FE R1 176 HK VCA 5 FE R1V 176

Our customer service: +39-0471-05-44-23

Product details for

HK VCA 2 FC R1

Design

square wave output signal

Measuring range

1 to 65 l/min

Thread

G 3/4″ -14

Pressure max.

160 bar

Characteristics

Output signal

PNP / NPN

Material

housing: aluminium AlMgSi F30
measurement mechanism: Steel 1.7139

Operating temperature max.

80 °C

Operating voltage

12 - 30 V DC, polarised

Application

flow rate measurement

Customs tariff number

90261021

All characteristics

Product description

Description

Gear flowmeters of the HK VCA series are flowmeters for viscous liquids. The measuring mechanism consists of a pair of gears which are driven by the liquid flow according to the working principle of a gear motor. The measuring mechanism bearing is designed as a radial-axial plain bearing. The movement of the gearwheels is sensed by a magnetoresistive sensor separate from the measuring chamber.
Measuring accuracy HK VCA 2: ±2.5 % of full scale value.
Measuring accuracy HK VCA 5: ±1.0 % of the measured value.
Protection class IP64 DIN 40050.
1 measuring channel.
Pulse amplitude: UA ≥ 0.8 UB.
Output signal pulse shape: rectangular, scanning ratio/channel 1 : 1 ±15 %.