Proportional Amplifier Card

The Proportional Amplifier Card is an advanced and adaptable device. It delivers precise signal amplification for various applications. Specifically, this card excels in controlling electrical signals accurately. It is ideal for industrial automation, robotics, and process control.

Key Features of the Proportional Amplifier Card:

• Input Signal: Firstly, the Proportional Amplifier Card accepts a standard input voltage range of 0-10 Vdc. This broad range lets the card interface seamlessly with many sensors and control systems. It can respond accurately to different signal types.
• Output Channels: Moreover, the card offers flexibility with options for single or dual-channel outputs. Users can easily configure the card to meet specific needs. This feature allows for efficient monitoring and control of multiple signals.
• Output Voltage Range: Furthermore, users can set the outputs to deliver voltages from 0 to 24 Vdc. This versatility enables control over various devices, from simple indicators to complex actuators. It ensures compatibility across diverse applications.
• Current Rating: Additionally, the Proportional Amplifier Card handles output currents of up to 3 Amps. This robust capability lets it drive loads directly. Users can rely on this card to control motors, solenoids, and other high-current devices without extra amplifying equipment.
• Power Supply Requirements: Notably, connect an external power supply of either 24 Vdc or 24 Vac for optimal performance. This requirement helps the card operate effectively in different environments. It maintains stable performance across various conditions.

Applications :

Consequently, the Proportional Amplifier Card is ideal for many applications, including:

• Industrial Automation: Automate manufacturing processes by controlling actuators and sensors with precision such as Molding.
• Robotics: Improve the responsiveness and accuracy of robotic systems for precise movement and control.
• Process Control: Monitor and adjust variables in industries namely chemical, pharmaceutical, and food processing industries, where precise measurements are critical.
• Testing and Measurement: Facilitate accurate data collection and analysis in laboratory and testing environments.

Technical Specifications :

• Dimensions: The compact design allows for easy integration into existing systems.
• Temperature Range: The card operates effectively in a wide temperature range. This ensures reliability in various conditions.
• Mounting Options: Subsequently Flexible mounting options simplify installation and integration into different setups.

Engineered for reliability and precision, the Proportional Amplifier Card stands out as an effective solution for managing analog control signals in demanding environments. Overall, its advanced features and robust design make it a valuable component for engineers and technicians seeking enhanced control capabilities in their applications.

PLC for Pipe Socketing Machine: Features, Specifications, and Applications

Optimize the performance of your pipe socketing (belling) machines with our advanced PLC system. Designed for both inline and offline operations, this PLC offers flexible control modes and precise automation, enhancing the efficiency of fully and semi-automatic belling machines.

Key Features:

• User Interface: Compact 144 x 144 x 70 mm size for seamless machine integration.
• Display: 16 x 2 LCD for clear operational feedback and parameter display.
• Keys: 24-key membrane keypad for intuitive operation and easy programming.
• Digital Inputs/Outputs: 11 digital inputs and 6 digital outputs for versatile control of machine functions.
• Operational Control:
  • Supports critical operations including water pump, socket, clamp, pipe up/down, pipe movement, and pipe gripping.
  • Compatible with inline/offline setups, adaptable to fully or semi-automatic machines.
• Modes of Operation: Auto, Semi, and Manual modes to match various operational requirements.
• Timers: Features water pump timer, cycle delay, and maximum cycle time settings for efficient cycle management.
• Preset Counter: Allows easy monitoring and setting of production counts.

Application Area:

• Ideal for use in pipe socketing (belling) machines across various manufacturing and processing industries, ensuring high-precision and reliable performance.

Upgrade your pipe socketing machines with our PLCs to achieve superior control, efficiency, and flexibility in your production process. Perfect for enhancing the automation of pipe belling operations.

Pick n place Robot for Injection Moulding Machine

X – Axis

• Servo motor driven – Hence ensures precise positioning offers fully user programmable positions
• Programmable acceleration / deceleration / speed profile ensures stress free operation for long time
• Absolutely maintenance free mechanics implemented for sustained operations
• Maximum 350 mm stroke

Y – Axis

• Servo motor driven – ensures precise positioning
• Maximum 500 mm stroke

Z – Axis

• Servo motor driven – Hence ensures precise positioning offers fully user programmable positions
• Programmable acceleration / deceleration / speed profile ensures stress free operation for long time
• Absolutely maintenance free mechanics implemented for sustained operations
• Adjustable 55 – 90 degree movement

Grippers

• With monitoring & rotation of 90 degree
• Vacuum: Vacuum generator with sensor available as an option to gripper

#  Micro controller based control – ROBOkon for easy set up

#  Take out time < 2 seconds

#  Mounting : On fix clamp platen (Carriage side)

Application Area for Pick n place Robot:

Pick n Place in Injection Moulding Machines In Mold Labeling in IMM

Hot Runner Temperature Control System

Elevate your production efficiency with our state-of-the-art Hot Runner Temperature Control Systems. This system is designed to provide precise temperature management, ensuring optimal performance in various applications. Below, you’ll find a detailed overview of its key features.

Key Features of Hot Runner Temperature Control System :

20 x 4 Mono LCD Display PLC Console:
First, the system includes a 20 x 4 mono LCD display PLC console. This user-friendly interface allows for easy navigation and quick access to vital information.

Firing Angle Heat Control:
Moreover, the firing angle heat control feature enables precise temperature adjustments. This functionality ensures consistent heating for better product quality.

Soft Start for Heater:
Additionally, the soft start function prevents sudden energy spikes when heating begins. As a result, this feature protects the heater and enhances its lifespan.

MCBs for Protection:
Safety is paramount, which is why the system incorporates miniature circuit breakers (MCBs). Consequently, these protect against electrical issues and enhance overall reliability.

Heater Status Display:
You can easily monitor the heater status thanks to a clear display thus keeps you informed of the system’s performance at all times.

Unique Standby Mode:
Furthermore, the unique standby mode helps save energy when the system is not in use. This functionality contributes to lower operational costs and increased efficiency.

Heater Current Measurement:
In addition, measure the heater’s current in real time. This capability provides quick updates on performance, allowing for better process management.

Auto Switch to Manual if Sensor Opens:
If the sensor opens, the system automatically switches to manual mode. Therefore, this safety feature ensures continued operation even in unexpected situations.

Adaptive/Manual PID/% Heat Control:
Choose between adaptive or manual PID control for flexibility. This adaptability allows you to customize heat management according to your specific needs.

Programmable Output per Zone for Heater/Blower/Alarm:
Finally, the system offers programmable output for each zone, including heaters, blowers, and alarms. Consequently, this feature enhances versatility, making it suitable for a wide range of applications.

Application Areas

The HOTRkon is ideal for a variety of applications, such as:

• Injection Molding Machines
• Blow Molding Machines

Conclusion

In summary, our Hot Runner Temperature Controller combines advanced features and user-friendly design. With its precise control and safety measures, this system significantly improves production efficiency. Experience the benefits of cutting-edge temperature management today!

Hot Runner Temperature Controller

Optimize Your Production Process with Our Advanced Hot Runner Temperature Controller: HOTRkon

Experience unparalleled precision and control in your production process with our advanced Hot Runner Temperature Controller. Furthermore, this innovative system is designed to streamline operations and enhance efficiency across various applications.

Key Features of Multi-zone Hot Runner Controller

7” Touch PLC Console:
First, enjoy effortless operation with a user-friendly 7” (800 x 480 Px) Color TFT Touch console. This intuitive interface simplifies navigation and settings adjustments.

Mold Size:
Additionally, the HOTRkon Hot runner controller accommodates moulds with up to 48 cavities with 5-6 zones, making it suitable for various production needs.

Firing Angle Heat Control:
Moreover, this feature allows you to manage temperatures with precision. Fine-tune your heating for optimal results every time.

Soft Start for Heater:
Also, the soft start function prevents sudden energy spikes, ensuring a smooth ramp-up for the heater. This feature enhances equipment longevity.

MCBs for Protection:
Your safety is a priority, which is why equally important miniature circuit breakers (MCBs) are integrated for protection. This safeguard helps prevent electrical issues.

Heater Status Display:
In addition, monitor the heater’s status easily on a clear display. This ensures that you stay informed about the system’s operation at all times.

Unique Standby Mode:
Furthermore, utilise the unique standby mode to save energy when the system is not in use. This feature promotes efficiency and reduces operational costs.

Heater Current Measurement:
Measure the heater’s current in real time for quick updates on performance. Consequently, this information allows for better management of your processes.

Auto Switch to Manual:
If the sensor opens, the system automatically switches to manual mode. Therefore, this safety feature ensures continued operation even in unusual circumstances.

Adaptive/Manual PID Control:
You can choose between adaptive or manual PID control for added flexibility. Consequently, this adaptability allows you to customize the system to meet your specific needs.

Programmable Output:
Program outputs for each zone, including heaters, blowers, and alarms. As a result, this functionality enhances the controller’s versatility in various applications.

Caster Wheels:
Finally, the addition of caster wheels makes it easy to move the system wherever needed. This feature enhances mobility and convenience in your workspace.

Application Areas

The HOTRkon is ideal for a variety of applications, such as:

• Injection Moulding Machines: Injection moulding hot runner controller, Optimise temperature control for high-quality injection moulded products.
• Blow Moulding Machines: Enhance efficiency and precision in blow moulding processes.

In conclusion, the HOTRkon Hot runner control panel not only revolutionises your production process with advanced features but also offers a user-friendly design. Therefore, experience the difference in precision and control today!

Dozing Application Controller

DOZkon – Dozing Application Controller

The PLC for Dozing Application is a multifunctional controller designed for dozing applications. Incorporating a microcontroller, inbuilt DC Stepper Drive (suitable for stepper motor up to 2 Amp.), offers a versatile and cost-effective solution. Furthermore, optimally designed to meet the automation needs of dozing master batches in plastic machinery.

Key Features:

• User Interface: Firstly, the dimensions are 240 x 180 x 90 mm, making it compact and user-friendly.
• Display: Additionally, the controller features a 16 x 2 LCD for clear visual feedback.
• Keyboard: An 8-key membrane keyboard for easy operation.
• LED Indicators: In addition, three LEDs provide clear indications for enable, screwing, and alarm status.
• Digital Inputs and Outputs:
  • Input: There is one enable input for easy activation.
  • Output: One alarm output signals issues effectively.
• Hooter and Indicator: Notably, a single hooter with an indicator alerts users to alarm conditions.
• Power Control: One rocker switch for power on/off.
• Dozing Modes: Users can choose between extrusion and injection modes for added flexibility.
• Dozing Options: Finally, the PLC offers timer-based, input-based, and synchronized dozing options. This variety ensures it can adapt to different processing requirements.

Overall, the controller stands out as an effective tool for automating dozing processes in plastic machinery. Consequently, its advanced features, inbuilt stepper drive interfacing and user-friendly design make it a valuable asset for manufacturers seeking efficiency and reliability in their operations.