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Volumetric flow meters
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Oval gear flow meter - 2 - 5 000 l/h | BM01, 02
The BM01, 02 is a Oval-Gear flow meter, manufactured by The Brooks®...
Oval gear flow meter - 2 - 5 000 l/h | BM01, 02
The BM01, 02 is a Oval-Gear flow meter, manufactured by The Brooks®...
Oval wheel flow meter - min. 0.5 l/h, 400 bar, max. 200 °C
The DOM from KOBOLD is a gear wheel flow meter that is used for all counter part,...
Oval wheel flow meter - min. 0.5 l/h, 400 bar, max. 200 °C
The DOM from KOBOLD is a gear wheel flow meter that is used for all counter part, non-abrasive clean liquids such as petroleum, oil, chemicals, grease, fuels, and ink applications. This device is equipped with aluminum or stainless steel. This device ensures accurate operations with the 0.2% up to 1% of reading.
Oval wheel flow meter - max. 2500 l/mn | DOM
The DOM is an oval wheel counter flow meter, manufactured by Kobold. It is made from...
Oval wheel flow meter - max. 2500 l/mn | DOM
The DOM is an oval wheel counter flow meter, manufactured by Kobold. It is made from...
Gear flow meter - 0.008 - 700 l/min, max. 400 bar | VC series
The VC series by Kracht consists of gear flow meters. The flow measurement has high-dynamic accurate volume and low measurements that are calculated based on the application, from a simple display unit to an adequate micro-controller...
Gear flow meter - 0.008 - 700 l/min, max. 400 bar | VC series
The VC series by Kracht consists of gear flow meters. The flow measurement has high-dynamic accurate volume and low measurements that are calculated based on the application, from a simple display unit to an adequate micro-controller solution.
Kracht offers these functions in their VC series of volume counters. The tooth system geometry in relation with application-specific bearings are designed for the volume counter being an absolute "All-rounder."
The volume counter contains a broad medium line, to go from hydraulic oil to printing ink, from gear grease to liquid-based lacquer.
The KRACHT electronics take the signals given by the volume counter, and guarantees that methods are accurately monitored, regulated and managed.
The series has a measuring range of 0.008 to 700 l/min, and measuring ratio of 1:300.
Kracht offers these functions in their VC series of volume counters. The tooth system geometry in relation with application-specific bearings are designed for the volume counter being an absolute "All-rounder."
The volume counter contains a broad medium line, to go from hydraulic oil to printing ink, from gear grease to liquid-based lacquer.
The KRACHT electronics take the signals given by the volume counter, and guarantees that methods are accurately monitored, regulated and managed.
The series has a measuring range of 0.008 to 700 l/min, and measuring ratio of 1:300.
Gear flow meter - 0.02 - 200 l/min, max. 200 bar | VCA/VCN series
The VCA/VCN series is a gear flow meter, manufactured by KRACHT. This product is used as flow meters for liquids with...
Gear flow meter - 0.02 - 200 l/min, max. 200 bar | VCA/VCN series
The VCA/VCN series is a gear flow meter, manufactured by KRACHT. This product is used as flow meters for liquids with an exact lubricity. Its measuring unit of the volume counter has a pair of gears that is operated by a liquid flow on the principle of a gear motor. It contains a plain bearing that gives both axial and radial support to the gears. This VCA/VCN has 0.02 ... 200 l/min measuring range, ratio of 1 : 200 and an operating pressure of ... 200 bar.
Gear flow meter / for varnish / paint - 0.05 - 2 l/min, max. 400 bar | VCL series
The VCL 0.1 is a gear flow meter engineered by Kracht. It is suitable for use in painting, and varnishing.
The device...
The device...
Gear flow meter / for varnish / paint - 0.05 - 2 l/min, max. 400 bar | VCL series
The VCL 0.1 is a gear flow meter engineered by Kracht. It is suitable for use in painting, and varnishing.
The device is equipped with a pair of gear wheels driven by fluid flow, while a magnetoresistive sensor scans the motion of the gear wheels. It features a measuring mechanism with radial and axial bearings. The meter ensures no contact with the medium, due to the separation of the sensor system and measuring compartment. The gear wheels and bearings of the unit are plated with a hard material surface.
The device is equipped with a pair of gear wheels driven by fluid flow, while a magnetoresistive sensor scans the motion of the gear wheels. It features a measuring mechanism with radial and axial bearings. The meter ensures no contact with the medium, due to the separation of the sensor system and measuring compartment. The gear wheels and bearings of the unit are plated with a hard material surface.
Gear flow meter - 1 - 65 l/min, max. 315 bar | VCG series
The VCG model is a gear flow meter that is specially designed to measure fluids that possess...
Gear flow meter - 1 - 65 l/min, max. 315 bar | VCG series
The VCG model is a gear flow meter that is specially designed to measure fluids that possess a specific lubricity characteristic. The measuring unit if the KRACHT volume counter is incorporated with 2 gears that is operated by a liquid flow on the principle of a gear motor. It is equipped with a plain bearing that gives axial and radial reinforcement to the gears.
Helical screw flow meter - 1 - 3750 l/min, max. 250 bar | SVC series
Screw-type flow meters are basically positive displacement flow meters. The machine has two measuring spindles engaged by a screw-shaped profile. Roller contact bearing and a housing has been used to lower the friction. The...
Helical screw flow meter - 1 - 3750 l/min, max. 250 bar | SVC series
Screw-type flow meters are basically positive displacement flow meters. The machine has two measuring spindles engaged by a screw-shaped profile. Roller contact bearing and a housing has been used to lower the friction. The spindles are caused to rotate by the liquid flow which passes in an axial direction through the device. Self-contained part volumes are continuously filled and emptied. No pressure or pulsations are caused by principle of measurement. Two non-contact sensors scan the sensing wheel which is attached to the measuring wheel. A bi-direction flow is possible through two sensors. No deflection is produced by the inflow and outflow. A relatively low pressure drop is exhibited by the device. If measurement is done in this way, then there is no need for the flow to be calmed at the outlet and at the inlet. A measurement medium is used to lubricate all the moving parts.