About Cold Filter Plugging Point Apparatus - (Manual Operation)
Compliance with following International Standards
ASTM D6371, IP 309, IS 1448 Part 110
Product details
| Power Source | Electric |
| Automation Grade | Manual |
| Brand | EIE |
| Model Name/Number | EIE-PTLT-126M |
| Voltage | 220V |
Key FeaturesThe apparatus ensures precise measurement with manual operation and is compatible with standard Indian laboratory power systems (230V, 50Hz, single-phase AC). Constructed for durability and ease of use, it helps professionals test fuel flow characteristics in varied environments.
Quality AssuranceEach CFPP apparatus meets stringent industry standards. As a comprehensive solution, it supports quality assurance for fuel products, helping businesses maintain compliance and operational reliability in cold weather conditions.
FAQs of Cold Filter Plugging Point Apparatus - (Manual Operation):
Q: How does the Cold Filter Plugging Point Apparatus work?
A: The CFPP apparatus tests fuel samples by gradually cooling them and identifying the lowest temperature at which the fuel ceases to pass through a standardized filter. Manual operation ensures direct control during the testing process.
Q: What is the primary purpose of this apparatus?
A: This device is mainly used to determine the cold temperature limit at which diesel and similar fuels can flow without plugging filters. It is critical for evaluating the operability of fuels in cold climates.
Q: When should I use this testing equipment?
A: Utilize the CFPP apparatus during fuel quality assessments, prior to seasonal changes, and for routine laboratory or quality assurance testing, especially when preparing fuel for winter use.
Q: Where is this equipment typically used?
A: This apparatus is primarily used in laboratories, research centers, and quality control departments of manufacturing and export companies within Indias fuel and petrochemical industries.
Q: What is the process for testing with the CFPP manual apparatus?
A: Prepare the fuel sample, insert it into the apparatus, and gradually reduce its temperature. Periodically pass the cooled fuel through a filter until it no longer flows. The temperature at this point is recorded as the CFPP value.
Q: Is there any special benefit to using a manual operation model?
A: Manual operation allows for finer user control during testing and can be more cost-effective, making it suitable for labs favoring hands-on precision and economical solutions.