Product Handbook 2026 - Volume 2

Pipeline ancillaries Hosedown stations

10

Local regulations may restrict the use of this product to below the conditions quoted. In the interests of development and improvement of the product, we reserve the right to change the specification without notice. © Copyright 2018

TI-P157-18 CMGT Issue 4

TCO1 Temperature Cut-out Valve

Description The TCO1 is a temperature sensitive device fitted downstream of the steam/water mixing valve on ½" and ¾" hosedown stations. The TCO1 is only suitable for the ½" and ¾" mixing valves. This temperature cut-out valve activates at a temperature of 95 °C to limit the discharge of steam in the event of a system fault. Available types: - Included as standard in the hosedown station kit. - Available as a retrofit pack supplied with 1" x ¾" and 1" x ½" reducing nipples to enable installation to either ½" or ¾" mixing valves. Operation The TCO1 is not resettable and the mixing valve and hose must be inspected and serviced before the temperature sensitive element of the TCO1 is replaced. Standards This product fully complies with the requirement of the Pressure Equipment Directive (PED) and carries the mark when so required. Certification Although certification is not available manufacture of the TCO1 is in accordance with our ISO 9000 Registration. 3

Sizes and pipe connections 1" screwed BSP.

4

2

Materials No. Part

Material

1 2 3 4

Body

Bronze

EN 1982 CC491K

Cone

Brass

BS 2874 CZ 114

Cap

Brass

EN 12165 CW617N

10.13 11

1

Spring

Stainless steel

BS 2056 EN 58A

Installation Install the TCO1 between the hot water outlet of the mixing valve and the equal tee that houses the thermometer. Important note: The TCO1 must be installed with the end marked 'inlet' connected to the mixing valve and the end marked 'outlet' connected to the equal tee. (These markings are stamped onto the hexagon end connections). If the valve is installed in reverse it will never be able to operate.

K v value 1" = 8.5. For conversion:

C v (UK) = K v x 0.963 C v (US) = K v x 1.156

Powered by