Product Introduction
The OTCY-2658 Single Chamber Automatic Solar Panel Laminator represents the pinnacle of solar module lamination technology, designed specifically for high-volume photovoltaic manufacturing facilities. This industrial-grade equipment from Ooitech delivers exceptional performance with its expansive 2600x5800mm lamination area, making it ideal for processing large-format solar panels including G1, M6, M10, and M12 specifications.
Engineered for versatility and reliability, this laminator accommodates various solar cell technologies including monocrystalline, polycrystalline, PERC, TOPCon, IBC, ABC, HPBC, shingled, and double-glass modules. The advanced oil heating system ensures uniform temperature distribution while the sophisticated PLC control system guarantees consistent, high-quality lamination results.
Technical Parameters
Core Specifications
| Parameter | Specification | Parameter | Specification |
|---|
| Model | OTCY-2658 | Operation Mode | Automatic |
| Lamination Area | 2600×5800mm | Heating Mode | Oil Heating |
| Chamber Type | Single Chamber | Chamber Height | 35mm |
| Power Supply | AC380V 50Hz (3-phase 5-wire) | Total Power | 90KW |
| Temperature Range | 30°C-180°C | Temperature Uniformity | ≤±1.5°C |
| Temperature Precision | ±1°C | Temperature Control Points | 5 |
| Vacuum Degree | 40-100Pa | Vacuum Time | 5-30min (adjustable) |
| Work Cycle | ≤18min | Heating Rate | ≥1.5°C/min |
| Air Supply | 0.6-0.8MPa | Compressed Air Flow | ≥400L/min |
| Vacuum Pump | 2X-70+ZJP600 | Pump Capacity | 600m³/h |
| Loading System | Conveyor belt | Unloading System | Stainless steel rollers |
| Control System | Siemens PLC + Touch Screen | Operating Life | ≥10 years |
| Dimensions (L×W×H) | 18.5×3.58×1.8m | Weight | 25 tons |
Component Brands
| Component | Brand | Origin |
|---|
| PLC Controller | Siemens | Germany |
| Touch Screen | Kunlun Tongtai | China |
| Circuit Breaker | Schneider | France |
| Photoelectric Switch | Banner | USA |
| Solid State Relay | Carlo Gavazzi | Switzerland |
| Pressure Sensor | SMC | Japan |
| Pneumatic Components | SMC/AirTAC | Japan/Taiwan |
| Vacuum Pumps | Huaxin Nanguang | China |
Technical Advantages
1. Advanced Heating System
Uniform Temperature Distribution: Oil heating technology with ≤±1.5°C uniformity across the entire 2600×5800mm heating plate
Rapid Heating: Achieves heating rate of ≥1.5°C/min for improved production efficiency
Multi-point Control: 5 temperature measurement points with real-time monitoring and PID self-tuning
Double-inlet/outlet Design: Ensures optimal heat distribution and energy efficiency
2. Superior Vacuum System
High-performance Pump Configuration: 2X-70 rotary vane pump + ZJP600 Roots pump combination
Fast Evacuation: Reaches 100Pa vacuum in less than 90 seconds
Precise Control: SMC pressure sensors with real-time monitoring and adjustable inflation rate (0-50L/s)
Manual Override: Emergency manual operation system for power failure scenarios
3. Intelligent Control Architecture
Siemens PLC Integration: Industry-leading control system with touch screen interface
Recipe Management: Multiple process recipes storage for different module types
Production Tracking: Built-in counter for shift monitoring and maintenance scheduling
MES Compatibility: Optional integration with Manufacturing Execution Systems
4. Robust Mechanical Design
Precision Positioning: ±10mm repeat positioning accuracy with encoder control
Anti-deviation System: Frequency conversion controlled feeding with photoelectric positioning
Synchronous Gear Design: Ensures perfect alignment of upper and lower high-temperature cloth
Chain Tensioning Mechanism: Automatic adjustment for long-term reliability
5. Comprehensive Safety Features
Multi-level Alarm System: Over-temperature, over-pressure, and positioning alarms
Independent Safety Controls: Redundant air control system prevents chamber dropping
Real-time Monitoring: Continuous tracking of oil level, pressure, and vacuum status
Alarm Recording: Stores up to 100 operating parameters with time stamps
Product Applications
Solar Module Manufacturing
The OTCY-2658 laminator excels in various solar panel production scenarios:
1. Large-Scale Production Facilities
High-volume manufacturing lines requiring consistent 18-minute cycle times
Facilities producing 5MW to 1GW annual capacity
Operations demanding 24/7 reliability with ≥10 years service life
2. Multi-Technology Production
Crystalline Silicon: Monocrystalline and polycrystalline modules
Advanced Cell Technologies: PERC, TOPCon, IBC, ABC, HPBC
Innovative Designs: Shingled cells, bifacial modules, double-glass panels
Flexible Solutions: Thin-film (TFM), CIGS, CdTe compatible
3. Various Module Formats
Standard sizes: G1, M6, M10, M12 wafer-based modules
Large-format panels up to 2600×5800mm
MBB (Multi-Busbar) and half-cell configurations
Custom module designs for specialized applications
Industry Applications
Utility-Scale Projects: Production of modules for solar farms and power plantsCommercial Rooftop: Manufacturing panels for industrial and commercial installationsResidential Systems: Creating high-efficiency modules for home solar systemsBuilding-Integrated PV: Specialized modules for BIPV applications
Contact for Purchase
Get Your OTCY-2658 Laminator Today!
Ooitech is your trusted partner for complete solar panel production line solutions. From equipment design to delivery, training, raw materials supply, and after-sales service, we provide comprehensive support for your solar manufacturing needs.
Email: info@ooitech.com Phone: +86 18571646990 WhatsApp: +86 15961592660 Website: www.ooitech.com Head Office: Wuhan Yangtze River Center, Wuhan, China
Additional Resources:
Watch Our Equipment in Action
Download Documentation
Why Choose Ooitech?
Comprehensive 5MW to 1GW production line solutions
Full equipment range: laser cutting, tabber stringer, layup, bussing, testing, and more
Professional training and ongoing technical support
Quality raw materials supply
Global installation and commissioning services
Request a Quote Today! Contact our technical sales team for customized solutions tailored to your production requirements.
