Confirm the exact configuration
Use the manufacturer part number and model code—not appearance alone. Connection, size, material, voltage, pressure, seal, and control options can differ within the same product family.

Festo
The Festo 565387 is an industrial thermal measuring principle component utilizing the heat loss method for unidirectional volume and volumetric flow rate monitoring from 0.1 l/min to 10 l/min. This unit operates within a pressure range of 0 MPa to 1 MPa (0 bar to 10 bar, 0 psi to 145 psi) for compressed air meeting ISO 8573-1:2010 [6:4:4] or nitrogen, handling medium and ambient temperatures from 0 °C to 50 °C. It features a nominal temperature of 23 °C, a flow rate accuracy of ± (3% o.m.v. + 0.3% FS), a zero point repetition accuracy of 0.2 %FS, a repetition accuracy margin of 0.8 %FS, and a temperature coefficient margin of typ. 0.1 %FS/K. Certified with RCM compliance, cUL us - Recognized (OL) under UL E322346, RoHS compliance, and CE and UKCA markings for EMC and RoHS directives, it meets all specified regulatory standards. Submit the exact part number, quantity, and application requirements to receive a formal quotation.
Industrial and obsolete parts are priced per enquiry: the final price depends on available stock, condition, quantity, and your delivery destination, so a fixed list price would be misleading. Request a quote and we confirm current pricing, lead time, and sourcing options — including hard-to-find and discontinued Festo references — within one business day.
For a faster response, include quantity, condition, and delivery destination.
Verified configuration
Engineering context
Use the manufacturer part number and model code—not appearance alone. Connection, size, material, voltage, pressure, seal, and control options can differ within the same product family.
Provide quantity, delivery country and ZIP/postal code, required condition, target date, and photographs of the existing nameplate when available.
Our sourcing response is prepared against Festo 565387. Final compatibility remains subject to the machine manufacturer’s requirements and complete application data.