Eme Series 2000 Manual 【DIRECT】
The EME Series 2000 is a modern, high-speed industrial label applicator developed by EME Etiketteringsmaskiner ApS. Designed for precise label placement in demanding environments, this series is characterized by its compact, "all-in-one" design where the electronics and control microprocessor are integrated directly into the dispenser housing. Core Specifications
The Series 2000 is available in two primary models based on the maximum width of the label liner they can accommodate:
Model 2-120: Supports labels from 20mm up to 120mm in width.
Model 2-200: Supports wider formats, handling labels up to 200mm. Specification Max Dispensing Speed Up to 35 m/min (standard) or 500 labels/min Label Length Standard 20–250 mm (extendable to 9999 mm) Drive System Micro-step controlled Stepper Motor for silent operation Roll Capacity Maximum 270 mm outside diameter Power Supply 230VAC, 50/60 Hz; approx. 250W consumption Operating Instructions
Operating the EME Series 2000 involves utilizing its built-in control panel, which features a keypad and a back-lit LCD display. Eme Series 2000 Manual
Label Web Threading: Pass the label web through the roller adapter and around the rigid peeler beak.
Parameter Setup: Access the menu to define the label length and dispensing speed. The internal memory can store up to 45 different product programs for quick changeovers.
Position Calibration: The dispenser must be aligned so that the label edge sits 3–5 mm from the peeler edge at rest to ensure smooth application.
Speed Synchronization: If equipped with an optional Tacho/Encoder, the dispenser will automatically adjust its speed to match the product conveyor. Advanced Features & Options The EME Series 2000 is a modern, high-speed
The Series 2000 is highly modular and can be customized with several "plug-and-play" accessories:
Section 4: Operating Instructions
A step-by-step startup procedure, including pre-start checks (oil levels, valve positions, electrical continuity). This section also explains the control panel interface—whether membrane switches, touchscreen, or rotary dials.
Chapter 7: Frequently Asked Questions (FAQ)
Q: Is the EME Series 2000 Manual the same as the EME 2000i Manual? A: No. The "Series 2000" and "2000i" often indicate different input stages (e.g., isolated vs. non-isolated). The "i" variant typically has additional safety earth connections. Do not interchange manuals.
Q: My manual is in German/Italian. Are there English versions? A: Many EME products were made in Italy (Milan region) or Germany (Bavaria). Check the last page of your PDF – sometimes an English section starts at page 30. Alternatively, use OCR + Google Translate on scanned images. Lock-out/tag-out (LOTO) the electrical supply
Q: Can I use a universal power supply manual instead? A: Only for basic safety, not for programming or calibration. Universal manuals lack the specific error code tables and DIP switch settings unique to the Series 2000.
Q: Why does my unit work but the manual says it needs a "Memory Battery"? A: The DS1225 or similar Dallas Semiconductor non-volatile RAM chips contain an internal battery rated for 10 years. After 20+ years, they fail. The manual describes how to replace them or convert to modern FRAM.
Preparation
- Lock-out/tag-out (LOTO) the electrical supply.
- Have the manual open to Section 7 (Maintenance Checklist).
2. Architectural Logic of the Manual
- Chapter Mapping: How the manual prioritizes hardware safety (laser radiation, heat dissipation) over creative use—revealing institutional liability concerns.
- Iconography: The shift from abstract symbols (tape reels, spinning discs) to universal GUI metaphors (folders, arrows) within a print document.
- Glossary Analysis: Terms like “track skipping” and “laser pickup” show a lexicon in flux, mixing analog habits with digital precision.
5. Reverse Engineering as a Last Resort
If no manual exists, use a known working unit to map functionality. With the power off, open the chassis and photograph every PCB. Look for:
- DIP switch tables (often printed on the board)
- Test point voltages (labeled TP1, TP2)
- Trim potentiometer functions (e.g., "V_ADJ," "I_LIMIT")