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GD-265C
GOLD
ASTM D445 Digital Kinematic Viscosity Tester
Key Technical Features and Specifications:
Electrical Requirements: AC 220V with a tolerance of ±10%, and a frequency of 50Hz with a tolerance of ±5%;
Heating Elements: Equipped with two levels of heating power, 1000 W and 600 W;
Mixer Motor: (1) Power Output: 6 W; (2) Operating Speed: 1200 revolutions per minute (RPM);
Temperature Measurement Scope: From ambient temperature up to 100℃;
Temperature Regulation Precision: ±0.1℃;
Insulated Bath: (1) Capacity: 20 liters; (2) Construction: Comprised of two glass cylinders;
Operational Conditions: (1) Surrounding Temperature: Between -10℃ and +35℃; (2) Relative Humidity: Less than 85%;
Temperature Sensor: Made of platinum resistance material, specifically Pt100;
Maximum Power Consumption: Does not exceed 1800 W;
Capillary Viscometers: A set of 7 with diameters of 0.6, 0.8, 1.0, 1.2, 1.5, 2.0, and 2.5 mm.
GD-265 Series Kinematic Viscosity Testers
Model Options and Features:
GD-265B, GD-265C, GD-265D-1, GD-265H, GD-265H-1
All models offer a temperature range from ambient to 100ºC.
Temperature control accuracy varies from ±0.1ºC to ±0.01ºC depending on the model.
All models feature a continuous operation style.
The GD-265B and GD-265H-1 are single-layer, while the others are double-layer.
Sample capacity ranges from 2 to 4.
Timing and automatic calculation with printing are available in certain models (GD-265D-1, GD-265H, GD-265H-1).
Instrument Design:
1.Dual-Layer Bath Design
The instrument's temperature-controlled bath is of a dual-layer construction. It consists of an inner hardened glass cylinder with dimensions φ300×300mm and an outer synthetic glass cylinder measuring φ360×285mm.
2.Viewing System
An internal lamp is installed for clear visibility of the capillary viscometer's readings.
3.Temperature Control System
(1) Sensor: Platinum resistance; Pt100;
(2) Controller: A digital and intelligent device capable of displaying four-digit readings on dual LEDs. It offers rapid temperature control with quick response and minimal overshoot, with an accuracy of ±0.1℃.
(3) Heating: Utilizes 1000 W and 600 W heaters for rapid temperature increase and adjustable power for stable temperature maintenance.
4.Stirring Mechanism
Product pictures:
ASTM D445 Digital Kinematic Viscosity Tester
Key Technical Features and Specifications:
Electrical Requirements: AC 220V with a tolerance of ±10%, and a frequency of 50Hz with a tolerance of ±5%;
Heating Elements: Equipped with two levels of heating power, 1000 W and 600 W;
Mixer Motor: (1) Power Output: 6 W; (2) Operating Speed: 1200 revolutions per minute (RPM);
Temperature Measurement Scope: From ambient temperature up to 100℃;
Temperature Regulation Precision: ±0.1℃;
Insulated Bath: (1) Capacity: 20 liters; (2) Construction: Comprised of two glass cylinders;
Operational Conditions: (1) Surrounding Temperature: Between -10℃ and +35℃; (2) Relative Humidity: Less than 85%;
Temperature Sensor: Made of platinum resistance material, specifically Pt100;
Maximum Power Consumption: Does not exceed 1800 W;
Capillary Viscometers: A set of 7 with diameters of 0.6, 0.8, 1.0, 1.2, 1.5, 2.0, and 2.5 mm.
GD-265 Series Kinematic Viscosity Testers
Model Options and Features:
GD-265B, GD-265C, GD-265D-1, GD-265H, GD-265H-1
All models offer a temperature range from ambient to 100ºC.
Temperature control accuracy varies from ±0.1ºC to ±0.01ºC depending on the model.
All models feature a continuous operation style.
The GD-265B and GD-265H-1 are single-layer, while the others are double-layer.
Sample capacity ranges from 2 to 4.
Timing and automatic calculation with printing are available in certain models (GD-265D-1, GD-265H, GD-265H-1).
Instrument Design:
1.Dual-Layer Bath Design
The instrument's temperature-controlled bath is of a dual-layer construction. It consists of an inner hardened glass cylinder with dimensions φ300×300mm and an outer synthetic glass cylinder measuring φ360×285mm.
2.Viewing System
An internal lamp is installed for clear visibility of the capillary viscometer's readings.
3.Temperature Control System
(1) Sensor: Platinum resistance; Pt100;
(2) Controller: A digital and intelligent device capable of displaying four-digit readings on dual LEDs. It offers rapid temperature control with quick response and minimal overshoot, with an accuracy of ±0.1℃.
(3) Heating: Utilizes 1000 W and 600 W heaters for rapid temperature increase and adjustable power for stable temperature maintenance.
4.Stirring Mechanism
Product pictures:
