logo
Home ProductsPET Strap Production Line

Energy Efficient Sustainable Pet Strap Production Line Advanced

I'm Online Chat Now

Energy Efficient Sustainable Pet Strap Production Line Advanced

Energy Efficient Sustainable Pet Strap Production Line Advanced
Energy Efficient Sustainable Pet Strap Production Line Advanced

Large Image :  Energy Efficient Sustainable Pet Strap Production Line Advanced

Product Details:
Place of Origin: CHINA
Brand Name: CHUQI
Payment & Shipping Terms:
Minimum Order Quantity: 1SET
Packaging Details: WOODEN BOX
Delivery Time: 60DAYS
Payment Terms: T/T
Supply Ability: 100SETS

Energy Efficient Sustainable Pet Strap Production Line Advanced

Description
Drive Core: IE4 High-Efficiency Servo Motors Heating System: Efficient Heaters + Comprehensive Insulation
Thermal Management: Exhaust Heat Recovery (Optional) Auxiliary Systems: VFD-Controlled Energy On Demand
Monitoring Means: Sub-metered Power Consumption Energy Saving Effect: 15-25% Reduction Vs. Conventional Lines
Dual Value: Cost Reduction & Carbon Footprint Reduction
Highlight:

energy efficient PET strap winder

,

sustainable PET processing machine

,

Advanced pet strap production line

The Energy-Efficient Choice: Sustainable PET Processing
Product Introduction
In today's manufacturing landscape with high energy costs and carbon neutrality goals, production line efficiency directly impacts profitability and sustainability. Our PET processing line incorporates energy-saving design principles from the ground up. It utilizes high-efficiency servo drives throughout, eliminating no-load losses common in induction motors. The extruder and oven heating bands feature advanced insulation materials and optimized designs to minimize thermal radiation loss. The heat-setting oven includes internal circulation fans and heat recovery systems to maximize thermal energy utilization. An intelligent control system dynamically adjusts fan and pump speeds based on production load. These integrated measures reduce overall line energy consumption by 15%-25% compared to conventional equipment, significantly lowering operating costs while demonstrating environmental responsibility.
Main Specifications
  • High-Efficiency Drives: All main drives (extrusion, haul-off, stretching, winding) utilize IE4 or higher efficiency permanent magnet synchronous servo motors paired with efficient reducers
  • Intelligent Temperature Control & Heating: Extruder heaters employ efficient cast aluminum or ceramic heaters with high-performance insulation; PID control with SSRs minimizes switching losses
  • Heat Recovery: Optional heat exchangers at oven exhaust recover waste heat for preheating intake air or other workshop applications
  • Energy on Demand: Auxiliary equipment including cooling fans, vacuum pumps, and circulating water pumps utilize VFD control to adjust output based on actual process requirements, eliminating waste from constant power operation
  • Energy Monitoring: Integrated energy meters in the electrical cabinet provide real-time monitoring of major unit power consumption, delivering data for analysis and continuous improvement
Technical Parameters
Parameter Category Parameter Item Specification / Description
Drive Efficiency Main Motor Efficiency Class IE4 or Higher (Permanent Magnet Sync Servo)
Drive Efficiency Motor Combined Efficiency > 90% (at typical load point)
Heating System Heater Band Type High-Efficiency Cast Aluminum/Ceramic
Heating System Insulation Measures Full Coverage High-Temp Insulation Wool
Thermal Management Oven Heat Recovery Rate (Optional) Up to 20-30% of exhaust heat
Thermal Management Auxiliary Equipment Control Fans, Pumps Standard with VFDs
Energy Metrics Specific Energy Consumption (Example) ≤ X kWh/kg product (calculation based on config & product)
Energy Metrics Energy Saving vs. Conventional Line Approx. 15% - 25%
Frequently Asked Questions
Do servo motors really save that much more electricity than standard VFD motors?
Yes, especially under partial load and dynamic adjustment conditions. Traditional induction motors have low efficiency and power factor at light loads, while servo motors maintain high efficiency across the load range. In processes like stretching and winding requiring frequent speed changes, servo motors' fast response and precise control avoid energy waste from "over-correction." Field data shows that using servo drives comprehensively on similar PET lines can reduce total drive energy consumption by over 20%.
What's the typical payback period for a heat recovery system?
It depends on your line's operating hours, local energy prices, and how the recovered heat is utilized. For a medium-sized line running 300 days/year, 24 hours/day, if the recovered heat is used for space or water preheating, the payback period is typically 1.5 to 3 years. As energy prices rise, the payback shortens. It's both an economically sound investment and a direct contribution to carbon reduction.

Contact Details
Jiaxing Chuanqi Machinery Equipment Co., Ltd.

Contact Person: Mr. Alex

Tel: 86-18858326160

Send your inquiry directly to us (0 / 3000)