Series 167

Motorised regulating unit for heating systems, DN 32.

Go to
167662he2.png
Download high resolution

Product Description

Motorised regulating unit for heating systems, DN 32.
Regulation with three-way sector valve.
Actuator with three-point control signal.
RH to LH convertible.
With insulation.

Technical data

Maximum working pressure: 10 bar
Medium temperature range: 5–100 °C
Electric supply: 230 V (AC)
Main centre distance: 125 mm
Operating time: 150, 75 s, 150 s
Operating time - Note: 90° rotation

Certifications

CE

Drawings and specifications

Part number System side connection Boiler side connection Flow rate with available head 4 m.c.a.
Type of pump
UPML 25-105
2D drawings
Download
Download
3D models
Download
Download
Tender text
Motorised regulating unit for heating systems, DN 32. With insulation. Regulation with three-way sector valve. Actuator with three-point control signal. RH to LH convertible. system side connection: G 1 1/4" (ISO 228-1) F. boiler side connection: G 1/2" A (ISO 228-1) M. Maximum working pressure: 10 bar. Medium temperature range: 5–100 °C. Electric supply: 230 V (AC). Main centre distance: 125 mm. Flow rate with available head 4 m.c.a.: 3,7 m³/h. Type of pump: UPML 25-105. Operating time: 150, 75 s (90° rotation).
SCIP code
bec9df4f-c23a-4c61-94c6-91da0cbc99a6
Type of pump
UPML 25-105
3D models
Download
Download
Tender text
Motorised regulating unit for heating systems, DN 32. With insulation. Regulation with three-way sector valve. Actuator with three-point control signal. RH to LH convertible. system side connection: G 1 1/4" (ISO 228-1) F. boiler side connection: G 1 1/2" A (ISO 228-1) M. Maximum working pressure: 10 bar. Medium temperature range: 5–100 °C. Electric supply: 230 V (AC). Main centre distance: 125 mm. Flow rate with available head 4 m.c.a.: 3,7 m³/h. Type of pump: UPML 25-105. Operating time: 150 s (90° rotation).
SCIP code
d295c0c6-2b1d-4709-8bd4-d7778484017f

Applications

Pipe Sizer Caleffi
Pipe Sizer Caleffi

This application allows for sizing and making calculations for pipes and conduits carrying water or air, respectively for hydraulic or aeraulic plants.