240 VAC Hot Runner Controller

240 VAC Hot Runner Controller Specification

Measurement Range
0C to 400C

Humidity %
90% RH Max (Non-condensing)

Frequency
50/60 Hz

Current Range
0-15 A per zone

Protection
Short Circuit, Overload, Fuse Protection, IP20 Enclosure

Connectivity Type
Screw Terminal/Plug-in

Capacity
Up to 12 Zones (expandable)

Sensor Type
J/K type Thermocouple compatible

Diameter
Depends on cavity; commonly 6-8 mm type thermocouple inputs

Application Media
Plastic molding, Hot Runner system

Resolution
0.1C

Temperature Range
0C to 400C

Usage
Industrial

Material
Stainless Steel

Power Supply
Electricity

Power Consumption
Typically 2-4 kW (Depending on zones)

Accuracy
0.5C

Display Type
Digital Only

Range
0-400C

Set Point Memory
EEPROM for set point retention during power failure

Fuse Rating
15 A per zone

Operation
Auto/Manual Switching

Weight
Approx. 6-10 kg (Depending on configuration)

Cooling
Fan Cooled Enclosure

Equipment Type
Hot Runner Controller

Mounting
Panel Mounted

Zone Indicators
Individual LED zone status

Control Type
PID (Proportional-Integral-Derivative) Controller

Compliance
CE Certified

Dimensions
Approx. 320 mm x 250 mm x 120 mm (L x W x H)

Alarm Function
Over Temperature & Sensor Failure

240 VAC Hot Runner Controller Trade Information

Minimum Order Quantity
10 Units

Payment Terms
Cash Advance (CA)

Supply Ability
500 Units Per Month

Delivery Time
10 Days

Main Domestic Market
Maharashtra

About 240 VAC Hot Runner Controller

We are an accredited supplier of outstanding 240 VAC Hot Runner Controller. It is formulated and prepared under the guidance of experts using premium grade raw ingredients and latest technology in compliance with defined parameters of the arena. In addition to this, our experts also carefully examine this against several quality norms. As a result, our offered tile is admired for its flawless quality and longer shelf life. 240 VAC Hot Runner Controller has gained us huge praised and demands from our clients for its performance, effectiveness, durability and a long life as tested by our customers.

Advanced PID Control for Consistent Molding Quality

Our hot runner controller utilizes PID algorithms to maintain precise temperature levels, optimizing the flow and consistency of polymer during molding processes. This advanced regulation fosters improved product quality and reduces cycle times, especially in high-volume production environments.

Reliable Safety and Zone Monitoring

Featuring over-temperature and sensor failure alarms, fuse protection (15A per zone), and robust short circuit and overload safeguards, safety is prioritized for uninterrupted operations. Each zone is equipped with individual LED indicators for intuitive status monitoring and troubleshooting.

Intuitive Operation and Long-Term Memory Retention

Switch seamlessly between auto and manual modes for flexible process control. In the event of a power failure, EEPROM set point memory ensures your critical parameters are retained, minimizing downtime and reconfiguration needs in industrial settings.

FAQ's of 240 VAC Hot Runner Controller:

Q: How does the PID control enhance the performance of the hot runner system?

A: The PID (Proportional-Integral-Derivative) control ensures optimal temperature stability by continuously monitoring and adjusting heating outputs. This minimizes temperature fluctuations, resulting in consistent melt flow and improved product quality during plastic molding.

Q: What benefits does the fan-cooled enclosure offer for industrial usage?

A: The fan-cooled enclosure efficiently dissipates heat, maintaining reliable performance and prolonging the lifespan of internal components. This is particularly beneficial in demanding industrial environments where high power consumption can generate significant heat.

Q: Where can the hot runner controller be installed, and what mounting options are available?

A: This controller is panel-mounted, making it suitable for integration in industrial control panels near molding machines. Installation requires screw terminal or plug-in electrical connectivity, ensuring secure and straightforward setup in production areas.

Q: What happens to set points if there is a power failure during operation?

A: Set points are securely stored in EEPROM memory. This non-volatile retention technology ensures your programmed temperature settings remain intact, allowing for quick recovery and minimal downtime after power interruptions.

Q: How does the alarm function help in maintaining safe operation?

A: The alarm function promptly alerts operators of over-temperature conditions or sensor failures. This enables swift corrective actions, minimizing the risk of equipment damage or production quality issues, and ensuring workplace safety.

Q: Which types of thermocouples does the controller support, and what is their application benefit?

A: This controller is compatible with J and K type thermocouples, commonly used in plastic molding for their accuracy, reliability, and resilience in a wide temperature range (0-400C). They facilitate precise temperature measurement, essential for quality molding.

Q: What is the process for switching between auto and manual operation modes?

A: The controller offers simple toggling between auto and manual modes. Auto mode uses PID algorithms for dynamic temperature management, while manual mode allows direct user control. This flexibility supports process adjustments, troubleshooting, and maintenance.