Invotec Solutions Ltd. Mould [Mold] Temperature Regulator W-BB-WDT2-N2-N4

Description
The Smartflow Mould Temperature Regulator effectively controls mould cooling water temperature between 80°F and 120°F (27°C and 49°C) to maintain a steady mould temperature. Installed to control water flow exiting an injection mould, the Mould Temperature Regulator quietly recovers waste heat from the resin shot without the need for electrical power. General Description The Smartflow Mould Temperature Regulator effectively controls mould cooling water temperature between 80°F and 120°F (27° and 49°C) to maintain a steady mould temperature. Installed to control water flow exiting an injection mould, the Mould Temperature Regulator quietly recovers waste heat from the resin shot, working without electricity to reduce shop floor clutter, and cut production costs. In many cases, it is a simple, inexpensive substitute for a conventional electric mould heater. Cooling water temperature always corresponds to higher mould (steel) temperatures (for example: 120°F water temperature may result in 180°F mould temperature). Turbulent Flow, Supply Cooling Water Pressure & Temperature Traditionally, high turbulent flow rates are used in cooling water loops to achieve acceptable heat transfer rates from the mould. High turbulent flow rates are irrelevant when using the Smartflow Mould Temperature Regulator. It regulates cooling water flow leaving the mould to achieve Set Point temperature. The unit is also unaffected by supply cooling water pressure and temperature. For example, it automatically compensates for temperature changes of cooling tower water between night and day. Features and Benefits Multiple zone control - using several regulators or an optional inlet manifold facilitates effective zone control Unaffected by pressure changes - the Mould Temperature Regulator uses the thermal expansion principle for operation Handles tower water temperature changes - modulates flow to control cooling water temperature In-Line mounting - installs easily without additional hardware Cost of ownership - typically 1/6 the cost of a conventional electric mould heater Maintenance free - few internal parts for trouble-free operation Energy saving - it uses no electricity, conserving precious energy costs Small size - cleans up shop floor clutter: no hoses or power cords to trip over Integral dial thermometer - verifies Set Point temperature Optional inlet manifold - provides temperature control for multiple zones with one regulator
Description
The Smartflow Mould Temperature Regulator effectively controls mould cooling water temperature between 80°F and 120°F (27°C and 49°C) to maintain a steady mould temperature. Installed to control water flow exiting an injection mould, the Mould Temperature Regulator quietly recovers waste heat from the resin shot without the need for electrical power. General Description The Smartflow Mould Temperature Regulator effectively controls mould cooling water temperature between 80°F and 120°F (27° and 49°C) to maintain a steady mould temperature. Installed to control water flow exiting an injection mould, the Mould Temperature Regulator quietly recovers waste heat from the resin shot, working without electricity to reduce shop floor clutter, and cut production costs. In many cases, it is a simple, inexpensive substitute for a conventional electric mould heater. Cooling water temperature always corresponds to higher mould (steel) temperatures (for example: 120°F water temperature may result in 180°F mould temperature). Turbulent Flow, Supply Cooling Water Pressure & Temperature Traditionally, high turbulent flow rates are used in cooling water loops to achieve acceptable heat transfer rates from the mould. High turbulent flow rates are irrelevant when using the Smartflow Mould Temperature Regulator. It regulates cooling water flow leaving the mould to achieve Set Point temperature. The unit is also unaffected by supply cooling water pressure and temperature. For example, it automatically compensates for temperature changes of cooling tower water between night and day. Features and Benefits Multiple zone control - using several regulators or an optional inlet manifold facilitates effective zone control Unaffected by pressure changes - the Mould Temperature Regulator uses the thermal expansion principle for operation Handles tower water temperature changes - modulates flow to control cooling water temperature In-Line mounting - installs easily without additional hardware Cost of ownership - typically 1/6 the cost of a conventional electric mould heater Maintenance free - few internal parts for trouble-free operation Energy saving - it uses no electricity, conserving precious energy costs Small size - cleans up shop floor clutter: no hoses or power cords to trip over Integral dial thermometer - verifies Set Point temperature Optional inlet manifold - provides temperature control for multiple zones with one regulator

Suppliers

Company
Product
Description
Supplier Links
Mould [Mold] Temperature Regulator - W-BB-WDT2-N2-N4 - Invotec Solutions Ltd.
Stonebridge, Milton Keynes, United Kingdom
Mould [Mold] Temperature Regulator
W-BB-WDT2-N2-N4
Mould [Mold] Temperature Regulator W-BB-WDT2-N2-N4
The Smartflow Mould Temperature Regulator effectively controls mould cooling water temperature between 80°F and 120°F (27°C and 49°C) to maintain a steady mould temperature. Installed to control water flow exiting an injection mould, the Mould Temperature Regulator quietly recovers waste heat from the resin shot without the need for electrical power. General Description The Smartflow Mould Temperature Regulator effectively controls mould cooling water temperature between 80°F and 120°F (27° and 49°C) to maintain a steady mould temperature. Installed to control water flow exiting an injection mould, the Mould Temperature Regulator quietly recovers waste heat from the resin shot, working without electricity to reduce shop floor clutter, and cut production costs. In many cases, it is a simple, inexpensive substitute for a conventional electric mould heater. Cooling water temperature always corresponds to higher mould (steel) temperatures (for example: 120°F water temperature may result in 180°F mould temperature). Turbulent Flow, Supply Cooling Water Pressure & Temperature Traditionally, high turbulent flow rates are used in cooling water loops to achieve acceptable heat transfer rates from the mould. High turbulent flow rates are irrelevant when using the Smartflow Mould Temperature Regulator. It regulates cooling water flow leaving the mould to achieve Set Point temperature. The unit is also unaffected by supply cooling water pressure and temperature. For example, it automatically compensates for temperature changes of cooling tower water between night and day. Features and Benefits Multiple zone control - using several regulators or an optional inlet manifold facilitates effective zone control Unaffected by pressure changes - the Mould Temperature Regulator uses the thermal expansion principle for operation Handles tower water temperature changes - modulates flow to control cooling water temperature In-Line mounting - installs easily without additional hardware Cost of ownership - typically 1/6 the cost of a conventional electric mould heater Maintenance free - few internal parts for trouble-free operation Energy saving - it uses no electricity, conserving precious energy costs Small size - cleans up shop floor clutter: no hoses or power cords to trip over Integral dial thermometer - verifies Set Point temperature Optional inlet manifold - provides temperature control for multiple zones with one regulator

The Smartflow Mould Temperature Regulator effectively controls mould cooling water temperature between 80°F and 120°F (27°C and 49°C) to maintain a steady mould temperature.

Installed to control water flow exiting an injection mould, the Mould Temperature Regulator quietly recovers waste heat from the resin shot without the need for electrical power.

General Description

The Smartflow Mould Temperature Regulator effectively controls mould cooling water temperature between 80°F and 120°F (27° and 49°C) to maintain a steady mould temperature. Installed to control water flow exiting an injection mould, the Mould Temperature Regulator quietly recovers waste heat from the resin shot, working without electricity to reduce shop floor clutter, and cut production costs. In many cases, it is a simple, inexpensive substitute for a conventional electric mould heater.

Cooling water temperature always corresponds to higher mould (steel) temperatures (for example: 120°F water temperature may result in 180°F mould temperature).

Turbulent Flow, Supply Cooling Water Pressure & Temperature

Traditionally, high turbulent flow rates are used in cooling water loops to achieve acceptable heat transfer rates from the mould. High turbulent flow rates are irrelevant when using the Smartflow Mould Temperature Regulator. It regulates cooling water flow leaving the mould to achieve Set Point temperature. The unit is also unaffected by supply cooling water pressure and temperature. For example, it automatically compensates for temperature changes of cooling tower water between night and day.

Features and Benefits

Multiple zone control - using several regulators or an optional inlet manifold facilitates effective zone control
Unaffected by pressure changes - the Mould Temperature Regulator uses the thermal expansion principle for operation
Handles tower water temperature changes - modulates flow to control cooling water temperature
In-Line mounting - installs easily without additional hardware
Cost of ownership - typically 1/6 the cost of a conventional electric mould heater
Maintenance free - few internal parts for trouble-free operation
Energy saving - it uses no electricity, conserving precious energy costs
Small size - cleans up shop floor clutter: no hoses or power cords to trip over
Integral dial thermometer - verifies Set Point temperature
Optional inlet manifold - provides temperature control for multiple zones with one regulator

Supplier's Site

Technical Specifications

  Invotec Solutions Ltd.
Product Category Industrial Valves
Product Number W-BB-WDT2-N2-N4
Product Name Mould [Mold] Temperature Regulator
Valve Type Check (optional feature)
Primary Material Brass / Bronze; Stainless Steel
Media Water; Cold Water  
Valve Size 0.25 inch (6.35 mm)
Unlock Full Specs
to access all available technical data

Similar Products

Full Port Brass Ball Valve - 171N-1 - Bonomi North America, Inc.
Bonomi North America, Inc.
Specs
Valve Type Ball
Primary Material Brass / Bronze
Media Water; Gas
View Details
Butterfly Valve - 162983684 - Radwell International
Plast-O-Matic Valves, Inc.
Specs
Valve Type Butterfly
View Details
Type 57Il Isolator Lug Butterfly Valves Lever - 113780080 - Asahi/America, Inc.
Specs
Valve Type Butterfly
Valve Size 8.00 inch (203.20 mm)
Actuation Manual
View Details
Three-Stage High Pressure Diaphragm Regulator - PRD4HP - Beswick Engineering Co., Inc.
Specs
Primary Material Stainless Steel; 316 Stainless Steel
Maximum Pressure 500.00 psi (352 m H2O)
View Details