Kracht flowmeter VC 0.025 K2 P3 R2 SH has a short delivery time

Kracht flowmeter VC 0.025 K2 P3 R2 SH has a short delivery time

General characteristics of KRACHT flowmeter:

Design gear motor

Connection type: Plate installation/Pipe connection

Installation location is arbitrary

Flow direction in both directions

Viscosity 1-1000000 mm2/s, varies among different series

Maximum pressure drop Δ pmax -16 bar

ATEX explosion-proof function:

1. All volumetric flow meters are suitable for explosion-proof design according to ATEX standards

2. The explosion-proof design consists of a volumetric flowmeter (intrinsic safety electrical equipment) and a switching amplifier K130 (auxiliary electrical device), forming an intrinsic safety protection device.

3. Positive displacement flow meters can be installed in potentially explosive air environments.

4. Amplifier K130 must be installed in a safe area.

5. The volumetric flowmeter and the switching amplifier are electrically connected to each other. The switching amplifier processes the sensor signal and converts it into a square wave signal.

6. Without a switching amplifier, volumetric flow meters should not be operated in potentially explosive air environments.

7. The cable length between the volumetric flowmeter and the switching amplifier can reach 400 meters.

8. The LED used for monitoring pipeline power outages/breaks, channel switching status, and power supply is installed on the switching amplifier.

Customers who frequently use KRACHT flow meters know that KRACHT flow meters themselves provide pulse signal output. But many test bench devices use a lot of current signal acquisition. So how can we make the KRACHT flowmeter generate a current signal output?

It's actually quite simple, the KRACHT flowmeter can provide the ability to change the output mode using a secondary instrument!

Through the KRACHT secondary instrument, current signal or voltage signal output can be selected. Very convenient!

Kracht flowmeter VC 0.025 K2 P3 R2 SH has a short delivery time

KRACHT secondary instrument:

So why do people mostly use 4-20mA current signal output?

In the electrical automation industry, sensors are widely used to convert various physical quantities such as pressure, temperature, flow rate, etc. into electrical signals, which are then sent to controllers for processing and display. As a measuring device, sensors can convert non electric quantities into corresponding electric quantities or electrical parameters that are easy to accurately process and output according to certain rules. Under standard voltage signal, the output of the sensor is generally 1V-5V, while under standard current signal, the output of the sensor is generally 4-20mA.

StrengthNew model:

New model of Kracht flowmeter:

BT0BZ0CK51, B12 GDME, BT6BZ0CK51/04, KF10RG10 matching magnetic coupler (domestic)

VC12K3F1P2SH，VC0.2K1P1P2SH，VC0.04K1P1P2SH，VC0.4K1P1P2K5K

VC0.2K1P1P2K5K，TM34TFC040V，VC3K1F1P2SH+AS8-I-24

VC 0.025 P6 RS 新型号 VC 0.025 K2 P3 R2 SH，VC 1 K2 F3 P2 SH

AS8-RS-24, VC 0,04 K1 P1 P2 KX5V with stainless steel base plate+5M cable

VC 1 K1 P1 P2 KX5V with stainless steel base plate and 5M cable, VCA 0,2 U4 F4 R1 VH

VC0.025K1P1P2SH，VC0.2 K1 F1 P2 SH + MVC 0.2 R3 CO5*

TM16HR320V, VC 1 F1 PH new model VC1 K1 F1 P2 HH, SVC4K3F1S2SH

SPVM10A1G1A05，VC1F1PV (VC1K1F1P2VH)，VC 0.1 K1 F1 P2 SH

VC0.025K2F3R2VH，VC0.025K2P3R2SH，VC0.025K2F3P2XH

VC 0.2K5F3R2SH，VC0.04K2Q3P2T5K，VC1K2Q3P2T1.5K

VC0.2K2Q3P2T5K，VC0.2K2P3P2K5K，VC0.04K2P3P2K5K

VC1K2P3R2K5K，VC0.04K1F1P2SM，VC0.2K1F1P2HH

VC5G1F1P2SH, VCA 0,2 FB R1V/148 discontinued, new model: VCA 0,2 U4 F4 R1 SH

VCA2M5F4R1SH/40, VC3F1PS now upgraded model: VC 3 K1 F1 P2 SH with 5M cable

VCA02U4F4R1SH，VC3G1F1P2SH，VC0.4K1F1P2XH，VCA0.04 K4 F3 R1 SH