Honeywell’s PX3 Series Pressure Transducers use piezoresistive sensing technology with ASIC (Application Specific Integrated Circuit) signal conditioning in a brass housing and Metri-Pack 150 electrical connector. The PX3 Series are fully calibrated and temperature compensated from -40 °C to 125 °C [-40 °F to 257 °F].

VALUE TO CUSTOMERS
* Total Error Band (TEB) (±1.0 %FSS typ.): Provides the most comprehensive, clear and meaningful indication of the sensor’s true measurement performance over a specified temperature range; small error promotes system uptime and efficiency.
* High insulation resistance and dielectric strength: Protect the user and sensor in high over-voltage situations, and ensures that the device is compliant with industry standards.
* High EMC performance: Operates reliably in the presence of electromagnetic fields, such as near wireless signals, RF communication, and electrical devices.
* High external freeze/thaw resistance: Survives exposure to frost, commonly found in refrigeration systems.
* Low current consumption: Helps to reduce energy costs, and enhances product life if used in battery driven systems.

FEATURES
* Pressure range: 1 bar to 46 bar | 15 psi to 667 psi (absolute and sealed gage)
* Ratiometric output: 0.5 Vdc to 4.5 Vdc
* Fully calibrated and temperature compensated
* Total Error Band: ±1.0 %FSS from -20 °C to 85 °C [-4 °F to 185 °F]
* External freeze/thaw resistance: 6 cycles from -30 °C to 50 °C [-22 °F to 122 °F]
* Insulation resistance: >100 MOhm, 1500 Vdc
* Dielectric strength: AC1500V, 1 min. or AC1800V, 1 s
* Low current consumption: 3.5 mA max.
* EMC Radiated Immunity: 200 V/m per ISO 11452-2
* Ingress protection up to IP67
* Response time: <2 ms
* RoHS, REACH, and CE compliant

POTENTIAL APPLICATIONS
Industrial:
* Refrigerant pressure monitoring in HVAC/R systems
* Air compressor system pressure

Transportation:
* Air system monitoring
* Hydraulic oil pressure monitoring

Enquiry Form: https://www.epreston.co.uk/contact/

Home Page: https://www.epreston.co.uk/epblog/

Protects From Dirt and Liquids and Ensures a Hygienic Surface Due to the Antibacterial Material

Schurter is expanding its accessory range with an antibacterial cover for the MSM 19 and MSM 22 series. The new cover is made of antibacterial material and is tested according to ISO 22196. The cover prevents the ingress of liquids and dirt between the housing and the actuator.

The MSM series is already sealed according to IP67 to the electrical contacts. With the MSM cover, Schurter ensures that no liquids or dirt can enter the space between the housing and the actuator.

Technical Data
- Tightness according to IP 68
- Avoids the Ingress of Dirt
- Improves Hygiene
- Available for the MSM Sizes 19mm and 22mm

Application
- Medical Equipment
- Industrial Applications
- Commercial Kitchen Appliances
- Food Processing

Enquiry Form: https://www.epreston.co.uk/contact/

Home Page: https://www.epreston.co.uk/epblog/

With the two appliance inlets series 2577 and 2579 SCHURTER expands the product range of the 2.5 A products in protection class II with polarized versions for snap-in and screw-on mounting.

The polarized appliance inlets ensure the position of the LIVE contact from the main socket into the appliance when cordsets with polarized main plugs are used, e.g. NEMA or UK plugs. However, these cordsets must be equipped with polarized connectors C7p. The polarized inlets can also be used with
the common C7 connectors, however, the polarization is not ensured.

Type 2577 is designed for screw-on mounting, type 2579 for snap-in mounting. Both types are
configurable with solder, quick connect or PCB terminals in various shapes and orientations. Besides the
preferred color black, the appliance inlets are also available in white or gray.

Technical Data / Approvals
- IEC Appliance Inlet C8p (polarized)
- Rating: IEC/UL/CSA: 2.5 A @ 250 VAC, UL/CSA: 7 A @ 125 VAC
- Solder-, quick connect and PCB terminals
- Snap-in and screw-on mounting

Enquiry Form: https://www.epreston.co.uk/contact/

Home Page: https://www.epreston.co.uk/epblog/