INJECTION MOLD PROCESS CONTROL
To obtain the highest performance and meet today's expectations, PulseCooling technology is used to precisely meet the heating and cooling requirements of each molding cycle.
As the mold surface reaches the desired level, the PulseCooling controller processes the information, and commands a fast responding coolant valve to supply a calculated pulse of coolant, (or heating) at maximum flow rate directly from the tower water supply or chiller during each cycle for maximum heat removal.
The typical installation requires a temperature sensor inserted in the core and cavity side to "read" the mold surface temperature profile, this provides the PulseCooling controller with vital processing information. The injection melt heat warms the mold surface temperature - not the entire mold.
PULSECOOLING MOLD SURFACE TEMPERATURE CONTROLLERS
STACKPULSE CONTROLLER
Model: SPC
Low-Cost, High-Performance Mold Cooling. “Plug and Play” Controller includes the settings display, keypad, and fast-responding diaphragm valve all in one package.
Up to 6 Zones Cooling at temperatures up to 160˚F.
PULSECOOLING 5 ZONE CONTROL
Model: PC5
Touchscreen controller with 5 zones cooling, 9 unique cooling programs and storage for 64 mold files.
Used with our robust series of stackable supply and return valve banks at temperatures up to 160˚F.
PULSECOOLING 5 OR 10 ZONE CONTROL
Model: PC05 | PCR10
Touchscreen controller with optional 5 or 10 zones cooling, 5 unique cooling programs, and storage for 1,000 mold files.
Used with our robust series of stackable supply and return valve banks at temperatures up to 160˚F.
PULSECOOLING FOR BLOW MOLDING APPLICATIONS
Model: PC5-IBM
Touchscreen controller with 3 zones cooling and 2 zones heating up to 300 ˚F.
Used in molding processes where a wide range of surface temperatures need to be critically maintained and controlled, typically used in Injection Blow Molding.