Cigarette Filter Draw Resistance Ventilation Pressure Drop Tester Physical Measuring For Filter Cigarette Heat-Not-Burn

Function: Measuring And Testing Of The Physical Charactoristics Of Tobacco Products
Application: Cigarette Products Manufacturers
Testing-certification Institutions
Laboratories
Power Supply: AC220V±10%
Operating Ambient Temperature: 10°C~+35°C
Operating Ambient Humidity: 40%~65%RH
Air Source: 0.5~0.8MPa
Minimum Order Quantity 1 set
Price 20
000-200
000USD
Packaging Details wooden box
Delivery Time 2-4 months
Payment Terms L/C
D/A
D/P
T/T
Supply Ability 5 sets/3 months Minimum Order Quantity 1 set Price 20
000-200
000USD Packaging Details wooden box Delivery Time 2-4 months Payment Terms L/C
D/A
D/P
T/T Supply Ability 5 sets/3 months

 
The test bench applies to multiple links in the cigarette and filter rod production, such as on-line sampling inspection in the production workshop, and inspection and spot check of cigarette and filter rod samples in testing stations and laboratories at all levels, etc. The test bench uses a Chinese( or another language of your option) operation interface, easy to operate and learn.

 
Performance and Features
 
1. It applies to cigarettes and filter rods with various specifications.

2. It adopts the industrial tablet computer, suitable for industrial field and other scenarios.

3. It adopts the imported high-precision pressure sensor, the pressure transmitter, and the CFO constant current element made of precious stones.

4. It adopts advanced technology such as inclined plane jointing and positioning device to ensure reliable sealing.

5. It provides automatic measurement with high precision, and imported valve terminal electrical control circuit with high reliability, easy to use and maintain.

6. It provides Chinese graphical interface and touch screen, easy to use and quick to grasp; It adopts a built-in thermal printer for real-time printing of measurement results.

7. It is configured with USB, RS232 and network interfaces to support data acquisition.

 
Technical parameters