WIKA Instrument, LP products

ABS Plastic or Painted Steel Case Standard Series - Center Back Mount.

Industrial Stainless Steel Gauge. Product features: NEW FlexWindow option available on 2-1/2” gauges. Vibration and shock resistant (with liquid filling). All stainless steel construction. Pressure ranges up to 15,000 psi (1,000 bar).

The model CPG1500 precision digital pressure gauge takes the concept of an analogue gauge, and raises it to a level only matched by digital calibrators. The accuracy of digital measurement technology and the simplicity of an analogue gauge are combined together to create the digital pressure gauge CPG1500, which in terms of performance, ease-of-use, and instrument features, is unmatched in the pressure measurement market.

Digital pressure gauge with robust, precise indicator: The robust stainless steel case and the battery power enable a flexible operation of the pressure gauge model DG-10 in various applications and industries. For a precise and quick on-site reading of a pressure value, a digital indicator is the ideal solution. The bargraph display and drag pointer function integrated into the display, as well as retrievable Min/Max peak values, enable effective analysis of the measuring point.

Solar Digital Thermometer Adjustable Angle Connection. Special Features: No batteries needed operates on 32 lux of light. Easy to read LCD screen.

Twin-Temp Thermometer - Transmitting Accessories and Options. Special Features: 3" back connected dial. Electrical output configurable with Thermocouple, RTD, or 4-20 mA output.

TC10-0 thermocouples are industrial assemblies supplied with or without a temperature transmitter. An extensive range of thermocouple calibrations, connection heads, insertion lengths and neck lengths can be individually selected for the appropriate application. Thermocouples in this series can be supplied with spring loading to be inserted into a variety of thermowell configurations or directly into the process. Spring loading is achieved by using a self-gripping spring or spring loaded DIN plate. Thermocouples in this series can also be supplied without a thermowell and installed directly into the process by using a welded fitting or optional compression fitting. Replacement sensors can also be configured for this model.

The magnetic level gauge model BNA consists of a bypass chamber, which, as a communicating tube, is connected laterally to a vessel via at least 2 process connections (flanged, threaded or welded). Through this type of arrangement of the magnetic level gauge, the level in the bypass chamber corresponds to the level in the vessel. The float with a built-in permanent magnetic system, which is mounted within the bypass chamber, transmits the liquid level, contact-free, to the magnetic display mounted to the outside of the bypass chamber. In this are fitted, at 10 mm intervals, two-coloured plastic rollers or stainless steel flaps with bar magnets.

The main element of the glass level gauge is the gauge body. Incorporated into this gauge body are the liquid channel (if necessary the heating channel) and the seating faces for the chambered seals and sight glasses. Onto the gauge body are mounted, or are already integrated, the valve heads and process connections. Drain or vent are also possible. The glasses and/or mica shields as well as the seals are fitted, secured and sealed with the aid of U-bolts and covers or pressure frames. Glasses from borosilicate glass in accordance with DIN 7081 are used. For steam, the glasses can be used up to 243 °C, with mica design to 300 °C. For other media, temperatures up to 300 °C are possible, in special cases up to 374 °C. The use of mica is needed for specific applications.

The hydraulic force transducer model F1102 serves to easily capture and display forces in applications of limited mounting space. With its plastic piston, the transducer is especially suited to measure compression forces occurring during closing of welding tongs. Hydraulic force measurement is a simple way to capture and display the forces occurring in various applications. The force measurement is made using the principle of hydraulics: The force acting on a piston leads to a pressure increase which can be visualised on a connected display instrument. The scale of the display instrument can be defined in various units (e.g. N, kN, kg, t).