Hottip India is a trusted Hot Runner Controller Card Manufacturers in Chakan, Suppliers and Dealers in Chakan. Our Hot Runner Controller Cards are designed to support accurate temperature regulation, stable heating performance and dependable operation across multiple heating zones. With 25+ years of experience, we provide reliable controller solutions for hot runner systems used in plastic injection moulding applications.
Our products are carefully checked according to applicable IS/ISO/ASTM material norms and ISO 9001:2015 quality standards. We offer controller solutions suitable for different hot runner configurations, mould sizes, number of heating zones and production requirements. Our Hot Runner Controller solutions are developed using quality components and modern manufacturing practices to provide reliable control in demanding production environments.
Controller for Hot Runner is an electronic control unit used to monitor and regulate the temperature of individual heating zones in a hot runner mould. A properly selected Hot Runner Temperature Controller helps maintain stable processing conditions, reduces temperature fluctuations and supports consistent filling of mould cavities.
As Hot Runner Controller Card Manufacturers in Chakan, we provide controller solutions according to system configuration, heating zones and application requirements.
| Parameter | Specification |
| Function | Plug-in card controlling temperature for one zone of a hot runner mainframe |
| Power Input | AC 85–265V, 50/60Hz |
| Output Current/Wattage | Up to 15A / 3600W per zone (typical) |
| Thermocouple Input | Type J or K, switch-selectable |
| Temperature Range | 0–450°C (32–842°F) |
| Temperature Unit | °C / °F selectable |
| Control Accuracy | ±0.1–0.5% F.S. (typical) |
| Control Mode | Auto / Manual / Standby / Soft-start |
| Display | LED or LCD, dual-line/zone display |
| Protection Features | Thermocouple open/reverse alarm, heater open/short/overload protection, fuse blowout indication, over-current and over-temperature alarms |
| Compatibility | Universal, compatible with standard mainframes (DME, ITC, MCS-type) |
| Mainframe Zone Range | 1–24 zones |
As Hot Runner Controller Dealers in Chakan, our controller cards offer Benefits designed to support reliable hot runner operation.
As Hot Runner Controller Card Suppliers in Chakan, our controller solutions can be used in various plastic injection moulding applications where controlled hot runner temperature is required.
Hottip India is trusted Hot Runner Controller Card Manufacturers in Chakan, Suppliers and Dealers in Chakan. Our Hot Runner Controller, Hrs Temp Controller and Controller for Hot Runner solutions help manufacturers maintain consistent heating conditions, improve moulding repeatability and control different heating zones effectively. Our controller solutions are selected according to the number of zones, heater capacity, sensor type, mould configuration and application requirements. Contact us to select a suitable controller solution according to your hot runner system and production requirements.
Selection depends on the number of heating zones, heater wattage, voltage, sensor type, control method, mould configuration and required temperature range. The controller should be selected according to the specifications of the hot runner system.
A Hot Runner Temperature Controller monitors the temperature of hot runner zones and adjusts heater power to maintain the required temperature. This helps support consistent melt flow and moulding conditions.
A Controller for Hot Runner is important because stable temperature control helps maintain consistent plastic melt conditions. It can reduce temperature variations and support repeatable injection moulding quality.
An Hrs Temp Controller is used to monitor and regulate the temperature of hot runner heating zones. It can be used in single-zone as well as multi-zone hot runner applications.
Yes. Multi-zone Hot Runner Controllers are designed to independently monitor and regulate several heating zones. The number of zones supported depends on the controller configuration.
The controller receives temperature feedback from sensors such as thermocouples and compares it with the preset temperature. It then adjusts heater power to help maintain the desired temperature.