Kracht flowmeter VC0.025K2F3P2XH brand new genuine product

Kracht flowmeter VC0.025K2F3P2XH brand new genuine product

1. Flow measurement is independent of the flow state of the fluid because of ellipsesGerman KRACHT gear flowmeterIt relies on the pressure head of the measured medium to drive the elliptical gear to rotate for measurement.

2. The higher the viscosity of the medium, the smaller the amount of leakage from the gear and measuring space gap. Therefore, the larger the viscosity of the measured medium, the smaller the leakage error, and the more advantageous it is for measurement.

3. The German KRACHT gear flowmeter has high measurement accuracy and is suitable for measuring the flow rate of high viscosity media, but it is not suitable for fluids containing solid particles (solid particles can jam the gear, making it impossible to measure the flow rate). If gas is mixed in the measured liquid medium, it can also cause measurement errors.

Advantages:

Small size and light weight; Low vibration and noise during operation; Capable of measuring fluids with viscosity up to 10000 (Pa. s); Its measurement accuracy is generally up to ± 0 5%R， After adding non-linear compensation, it can achieve high accuracy of 0.1% -0.005% R, with a measurement range of up to 1000

The German KRACHT gear flowmeter comes in several types, including universal, high-pressure, food hygiene, and full plastic, and is suitable for flow measurement of various cleaning liquids. According to the diameter of the flowmeter, it is also allowed to have some small particle impurities in the fluid.

In hydraulic testing stations, KRACHT flow meters are widely used. KRACHT flow meters can provide excellent real-time flow measurement, and the product has good pressure resistance. How does the KRACHT flowmeter cope with hydraulic shocks that may occur more or less in the hydraulic testing station? Also, what is hydraulic shock?

In hydraulic systems, due to certain reasons, the pressure of the oil rises sharply in an instant, forming a large pressure peak. This phenomenon is called hydraulic shock.

Hydraulic shock seems abstract and difficult to express through visuals. But we can use the peak pressure as a benchmark, which makes it easier to understand, and we can also measure this value.

Of course, due to the average duration of pressure peaks being only about 25 milliseconds, conventional pressure gauges cannot clearly indicate pressure peaks. Therefore, we often use pressure sensors to record pressure peaks.

What are the reasons for hydraulic shock?

1. Hydraulic shock often occurs when the liquid flow suddenly stops moving, such as when a valve is quickly closed and the flow velocity of the liquid suddenly drops from a high value to zero. At this time, all the kinetic energy of the liquid is converted into pressure energy of the liquid, causing a sharp increase in liquid pressure and resulting in hydraulic shock.

2. In hydraulic systems, the inertia force of high-speed actuators can also cause pressure shocks, especially in situations where the hydraulic motor needs to be controlled to suddenly stop. Due to the inertia of the load, the motor cannot immediately stop moving.

3. In hydraulic systems, some components may not react sensitively enough, which can also cause hydraulic shock. For example, the relief valve cannot be quickly opened when overpressure occurs, resulting in pressure overshoot; The limited pressure variable displacement pump cannot reduce its displacement in a timely manner when the oil pressure increases, which can cause hydraulic shock.

Kracht flowmeter VC0.025K2F3P2XH brand new genuine product

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