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Cold Filter Plugging Point Filter 52-LTT105 is manufactured with two cold trough with same temperature. The instrument is designed and made as per ASTM D2386 “Test Methods for Solidifying Point of Petroleum Products”, and ASTM D6371 “Test Methods for Cold Filter Plugging Point of Distillate Fuel
$14,638.00
$7,319.00
Specifications
| Controlling temperature of cold trough | Cold trough I: RT to (-51) °C, ± 1°; Cold trough II:RT to (-80) °C, ± 1 °C |
| Refrigeration system | New-type refrigeration compressor |
| Ambient temperature | ≤ 30 ℃ |
| Relative humidity | ≤ 85 % |
| Inner Dimensions | 560 x 380 x 250 mm |
| Outer Dimensions | 920 x 670 x 510 mm |
| Total power consumption | ≤ 1500 W |
| Power supply | AC 220 V ± 10 %, 50 Hz |
Features
Cold filter plugging point is provided
No need to use cooling liquid in the chambers
Composed of two chambers having same temperature
Both solidifying point test and cold filter plugging point test provided
Applications
It can be widely used in petroleum (solidifying point and cold filter plugging point), chemical industries, research and development laboratories.
1.What is the primary function of a Low Temperature Tester?
Low Temperature Testers are used to evaluate the durability, flexibility, and overall performance of materials and components when subjected to sub-zero or extremely cold conditions.
2.What type of display is provided for temperature readings?
They feature clear digital displays often LED or LCD that show real-time temperature readings, set points and system status for easy monitoring.
3.What safety features are included in Low Temperature Tester?
Low Temperature Testers are equipped with multiple safety mechanisms such as high-temperature cut-offs, low liquid level detection switches and audible or visual safety alarms to protect both the equipment and the operator.
4.How does the low liquid level switch work?
The low liquid level switch monitors the coolant or thermal fluid levels and stops operation if the level drops too low, preventing the system from overheating or running dry.
5.What makes these Low Temperature Testers energy-efficient?
These testers are built with high-performance insulation, low-power components and optimized refrigeration systems that reduce overall energy consumption while maintaining precise temperature control.
