Description

Product Information

The Ted Pella 812-200 Dual Grinder Polisher is an expertly crafted machine designed for precision grinding and polishing of metallographic samples. This device is in excellent, used condition with minimal cosmetic wear from light use. It features a high-torque 1.0 HP electric motor that allows for smooth speed variation between 50-600 RPM and provides both clockwise and anticlockwise wheel rotations. Equipped with a microprocessor control system, the Ted Pella 812-200 ensures safe and reliable operation for accurate sample preparation. It includes numerous Ted Pella accessories and a cooling device to prevent overheating of sample materials. Ideal for laboratory environments, this model is perfect for use in plants, research institutes, and educational facilities.

Technician comment

TED PELLA Dual Grinder Polisher MoPao 260E / 812-200 **This unit has been tested to specifications. Has slight cosmetic blemishes from normal use. Everything in pictures is included. See photos for further details.

Key Features

High-torque 1.0 HP electric motor
Smooth speed variation (50-600 RPM)
Clockwise and anticlockwise wheel rotations
Microprocessor control system
Cooling device to prevent overheating
Includes numerous Ted Pella accessories

Specifications

Grinding/Polishing Disc Diameter: 203/250mm
Speed: 50-600rpm/min (stepless), 150rpm/min, 300rpm/min (two-step)
Power Supply: Single-phase, AC220V, 50Hz
Motor: 550W
Operation Voltage: 115 V, 60Hz, 7.5 A
Grinding/Polishing Disc Quantity: 2
Grinding/Polishing Disc Direction: Clockwise or anticlockwise
Table included

Weight

Imperial: 240.0 Pounds

Metric: 108.86 Kilograms

Shipping Dimensions

Imperial: 40.8 lb x 33.6 lb x 57.6 lb

Metric: 103.63 cm x 85.34 cm x 146.3 cm

Harmonized Code

846420

Harmonized Code Details

846420 – Grinding or polishing machines for working stone, ceramics, concrete, asbestos-cement, or similar mineral materials or for cold working glass. Applicable for Ted Pella 812-200 due to its function as a grinder/polisher for samples within laboratory settings.