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GD-H1023
Gold
Lubricating Grease Automatic Mechanical Grease Worker
Introduction:
The instrument is a kind of test equipment to evaluate the performance of the grease cone penetration. Under the test conditions specified by national standards, the change in grease consistency after shearing is measured to determine the mechanical stability of the grease (with extended working cone penetration or shear stability indication, unit is 1/10mm).
Specifications:
1. Motor: Horizontal single phase capacitor-start motor. Voltage : 220V; power: 370W; speed: 1400 rpm. Connect via the coupling and turbine reducer.
2. Coupling: It adopts plum-shaped flexible coupling to connect the reducer and motor.
3. Turbine reducer: Double shaft reducer. Transmission ratio: 25:1, a pair of eccentric gear are mounted on the turbine shaft at both ends of the reducer.
4. Working unit: Installed on the engine base on both sides of the reducer, the motor is driven by the eccentric gear of the reducer through the coupling and continuously works with about 60 operations per minute.
5. Counter display: Small plate counter. When the time relay is selected, a number (time) is set arbitrarily with a ripple switch. When the digit reaches the set value, it can drive the relay to work and cut off the power of the motor.
6. Engineering stroke: 67~71mm, the diameter of each hole on the orifice is Φ6.35mm.
Lubricating Grease Automatic Mechanical Grease Worker
Introduction:
The instrument is a kind of test equipment to evaluate the performance of the grease cone penetration. Under the test conditions specified by national standards, the change in grease consistency after shearing is measured to determine the mechanical stability of the grease (with extended working cone penetration or shear stability indication, unit is 1/10mm).
Specifications:
1. Motor: Horizontal single phase capacitor-start motor. Voltage : 220V; power: 370W; speed: 1400 rpm. Connect via the coupling and turbine reducer.
2. Coupling: It adopts plum-shaped flexible coupling to connect the reducer and motor.
3. Turbine reducer: Double shaft reducer. Transmission ratio: 25:1, a pair of eccentric gear are mounted on the turbine shaft at both ends of the reducer.
4. Working unit: Installed on the engine base on both sides of the reducer, the motor is driven by the eccentric gear of the reducer through the coupling and continuously works with about 60 operations per minute.
5. Counter display: Small plate counter. When the time relay is selected, a number (time) is set arbitrarily with a ripple switch. When the digit reaches the set value, it can drive the relay to work and cut off the power of the motor.
6. Engineering stroke: 67~71mm, the diameter of each hole on the orifice is Φ6.35mm.