ZDHG600A vibratory dryer

The ZDHG600A vibratory dryer dries workpieces after wet finishing or cleaning. Vibration moves the parts through drying media while controlled heating supports moisture removal. Its integrated separation screen separates the workpieces from the media for discharge. Review the part geometry, surface requirements and production flow before choosing the drying process.

ZDHG600A Technical Data

• Vessel volume: 600 L
• Machine weight: 900 kg
• Vibratory motor rating: 2.0 kW
• Motor speed range: 0–1450 r/min
• Electrical supply: 415 V, three-phase, 50 Hz
• Heating elements: 6 × 2.2 kW
• Bowl channel width: 400 mm
• Installation area: 1960 × 1700 mm
• Loading height: 850–1100 mm; discharge height: 840–1090 mm
• Overall height: 1065–1310 mm

These values are listed in the original ZDHG600A technical data. Vessel volume is distinct from the allowable workpiece load. Confirm the ordered configuration, loading limits and electrical nameplate before installation.

Drying Process and Media Selection

The vibratory dryer uses a helical work channel to move workpieces through the bowl. Dry corn cob media absorbs surface moisture as it contacts the workpieces. Walnut shell is also listed as a drying medium in the original instructions; select media for the material, surface and geometry of the parts.

Media contact can produce a light polishing effect. Assess the finished surface and any media lodged in holes or recesses using representative parts. The required temperature, loading and residence time depend on the application and should be established through a process review.

Configuration and Separation

The machine consists of the bowl, vibratory motor, springs, base, heating elements and electrical control cabinet. Temperature is adjustable, and the original instructions describe inverter control of motor speed. The integrated screen separates parts from drying media; confirm the screen openings and discharge arrangement for the actual part and media sizes.

Listed options include polyurethane lining, a pneumatic separation flap, a dust cover and a soundproof cover. A hot-air configuration, including operation without drying media, is also listed as an option. Confirm the selected heating method, lining and accessories with Inovatec rather than assuming every option is included.

Original Specification Drawing

Installation and Operation

Inspect the machine and control cabinet for transport damage. Remove the transport securing bolts according to the supplied instructions, position the machine on a suitable level concrete floor, and fit the supporting buffers. Have qualified personnel check the electrical supply, protective grounding, controls and motor direction before operation.

Set the required temperature and motor speed using the supplied operating instructions. Confirm any fan controls against the chosen heating configuration. Load workpieces after the operating temperature has been reached, then use the specified heating, vibration and fan shutdown sequence for the installed equipment.

Maintenance and Troubleshooting

Inspect motor fasteners, supporting components and cable connections regularly. Stop and isolate the equipment before inspection or adjustment. Investigate unusual noise, excessive motor temperature or unstable movement promptly, and have electrical faults checked by qualified personnel.

The existing maintenance note specifies lithium-base grease ZL-3H (SY1413-80) and lubrication intervals of no more than 600 hours. Check the lubricant and interval against the manual supplied with the ordered machine.

Electrical Drawing

Request a Drying Process Recommendation

Send Inovatec the workpiece material, dimensions, quantity, surface requirements, previous cleaning or finishing process, required throughput and site power supply. Drawings and representative samples help us review media selection, separation, heating configuration and handling arrangements for your ZDHG600A application.