About 8 Head Liquid Filling Machine Circuit
We are manufacturer of Made In India Semi Automatic Heavy Duty High Torque Low and Medium Viscous Digital Liquid Filling Machine in 2 head, 4 head 8 head and 12 head in time base and weight sensor based.
Precise Liquid Filling: This semi-automatic machine allows for accurate filling of liquids with digital displays for filling time, waiting time, and counter.
User-Friendly Controls: Features a simple keypad with numeric buttons and function keys like CPU, Volume, Mode, Setting, and Timing for easy operation.
Efficient Operation: The intelligent 32bit MCU design streamlines the liquid filling process, ensuring consistent and reliable performance.
Versatile Application: Suitable for filling a wide range of liquid products in various industries, such as food, pharmaceuticals, and cosmetics.
We can customize these machines too as per customer requirement.
Precision Filling for Water-Based LiquidsEngineered for accuracy, this machine circuit is designed to handle water-based and light viscosity fluids efficiently. With programmable controls and reliable sensor inputs, it delivers high-speed performance for bottling operations, making it ideal for applications demanding precise liquid dispensing.
Robust and Safe OperationIntegrated protection features such as short-circuit, over-voltage, and reverse polarity safeguards ensure safe operation even under challenging manufacturing conditions. The circuit's adherence to RoHS and CE standards reflects a commitment to safety and global compliance.
Flexible Input and Output ConfigurationThe system supports multiple input and output configurations including pushbutton, optical sensor, and float switch for inputs, and solenoid valve or relay outputs for up to 8 channels. This versatility enables seamless integration with diverse production lines and application requirements.
FAQ's of 8 Head Liquid Filling Machine Circuit:
Q: How does the 8 Head Liquid Filling Machine Circuit operate?
A: This machine circuit uses a programmable microcontroller to handle timing and sequencing for liquid filling tasks. Sensors such as optical/photo switches, pushbuttons, and float switches provide input signals, which are then processed to control solenoid valve or relay outputs for up to 8 independent channels.
Q: What types of liquids are compatible with this circuit?
A: The circuit is best suited for water-based and light viscosity liquids, ensuring efficient and accurate filling performance for compatible substances. It is not intended for use with highly viscous or corrosive liquids.
Q: When is this filling machine circuit typically used in production?
A: It is deployed when automated, high-speed, and accurate liquid dispensing is required, such as in beverage bottling, pharmaceutical dosing, or similar industrial environments. It is suitable for continuous operation within the specified temperature range.
Q: Where can this PCB be installed?
A: Designed as a rigid, through-hole and SMD mixed PCB panel (300 mm x 210 mm), it can be mounted inside fabrication machinery or integrated into new or existing liquid filling lines by manufacturers, service providers, or suppliers, particularly across India.
Q: What is the process for connecting external devices to the circuit?
A: External devices like solenoid valves, relays, and sensors can be connected using the accessible screw terminals and Molex connectors provided on the PCB. Proper wiring and configuration ensure safe and reliable system performance.
Q: How does using this circuit benefit production efficiency?
A: Utilizing this advanced 8-channel system enables rapid, precise filling operations with reduced manual intervention, increasing throughput and product consistency. The programmable logic supports flexible adjustments to accommodate various bottle sizes and liquid types.
Q: What protection features are included in the design?
A: The board integrates short-circuit, over-voltage, and reverse polarity protection mechanisms, safeguarding both the PCB and connected equipment while reducing downtime due to electrical faults.