Product Center
-
Hydrological equipment monitoring station
-
Water Quality Monitor Sensor
-
Plant protection equipment
-
Food Testing Equipment
- Rainfall Monitoring employs K-band radar for non-contact monitoring of rainfall and water level
- Wheat Fusarium Head Disease Monitoring System: A Wheat Disease Prediction Solution Based on Spore Capture and Built-in Model
- Water quality monitoring system: Integrated Water Quality Analysis Equipment for Monitoring Water Temperature, Conductivity, pH, and Dissolved Oxygen
- Soil Moisture Monitoring Simultaneously Monitors Moisture, Temperature, and Conductivity of Three Soil Profiles
- River flow and streamflow monitoring Integrated Water Level, Flow Velocity, Discharge, and Rainfall Monitoring
- Soil profile moisture meter can measure soil profile moisture, temperature, and electrical conductivity
Shandong Fengtu IOT Technology Co., Ltd
Sales Manager：Ms. Emily Wang
Tel, Whatsapp：+86 15898932201
Email：info@fengtutec.com
Add：No. 155 Optoelectronic Industry Accelerator, Gaoxin District, Weifang, Shandong, China
African swine fever virus detection
Model：FT-CW32H
Brand：fengtu
Get a Free QuoteRelated products
Product details
Basic structure of African swine fever virus detection instrument
African swine fever virus detection brings you highly accurate and reliable African swine fever detection results.African swine fever virus detection is an instrument for real-time detection of reactions. It mainly consists of a gene amplification thermal cycle system, a fluorescence real-time detection system, a microcircuit control system, a computer and application software. Two of the core functional modules are: thermal circulation system and fluorescence real-time detection system. The working principle of the gene amplification thermal cycle system is basically the same as that of the traditional gene amplification instrument. It uses semiconductor heating and cooling to complete the thermal cycle process. The fluorescence detection system mainly consists of fluorescence excitation components, optical signal transmission components, fluorescence detection components, and control systems.
African swine fever virus detection instrument technical specifications
The "///" symbol indicates that the national standard currently does not define this indicator or mandatory requirement.
| Indicator name | CW16H | CW32H | CW48H | |
| Appearance | ||||
| Overall dimensions | 235mm*385mm*175mm (width*depth*height) | |||
| weight | 5.6kg | 5.7kg | 5.8Kg | |
| Electrical parameters | ~220V/50Hz, 255W | |||
| Data interface | USB 2.0 *2 (two on the right) | |||
| Environmental parameters | ||||
| Operating conditions | Temperature: 10-30℃, humidity: 20%~80% | |||
| Shipping and storage conditions | Temperature: -20~55℃, humidity: 20%~80% | |||
| altitude | <2500 meters | |||
| Noise level | A-weighted, <60dB | |||
| Sample parameters | ||||
| sample size | 16*0.2mL | 32*0.2mL | 48*0.2mL | |
| Test tube type | Single tube, eight row test tubes | |||
| sample volume | 15-100uL | |||
| Temperature characteristics | ||||
| Heating/cooling method | Semiconductor heating/cooling | |||
| temperature range | 4℃-99℃ | |||
| Maximum heating rate | ≥3.5℃/s | |||
| average heating rate | ≥2.5℃/s | |||
| Maximum cooling rate | ≥3.5℃/s | |||
| average cooling rate | ≥2.5℃/s | |||
| Temperature control accuracy | ≤±0.01℃ | |||
| Temperature accuracy | ≤±0.1℃ | |||
| temperature uniformity | ≤±0.3℃ | |||
| Optical properties | ||||
| Number of fluorescence detection channels | 4 channels | |||
| Light emitting device | High brightness LED | |||
| lighting devices | High sensitivity, high signal-to-noise ratio photodiode | |||
| Adapter probe or dye | First channel: 470/520 FAM, SYBR Green | |||
| Second channel: 530/570 HEX, JOE, VIC | ||||
| Third channel: 580/610 ROX, CY3.5, Texas-Red | ||||
| Fourth channel: 630/670 CY5 | ||||
| Detection sensitivity | 1 copy | |||
| Linear detection range | 100~1010 copies | |||
| linear correlation coefficient | ≥0.999 | |||
| Channel crosstalk | No crosstalk | |||
| Test repeatability | ≤1.0% | |||
This paper addresses：https://fengtusz.com/African-Swine-Fever-Virus/African-swine-fever-virus-detection.html
- Previous Article ：African swine fever laboratory diagnostics
- Next Article：African Swine Fever Virus
Related article
-
How Soil Moisture Monitoring Stations Facilitate Precision Evaluation of Soil Moisture
2024-12-04 -
Agricultural Weather Stations: Enabling Accurate Monitoring and Data-Driven Agricultural Decisions
2025-09-05 -
Fengtu Air quality monitoring station to track environmental quality trends
2024-08-30 -
Components of a water quality testing system
2024-05-15 -
Rodent Intelligent Cyclic Trap and Control Device
2024-05-16 -
Drinking Water Monitoring System: Addressing Rapid Water Flow Scenarios and Supporting Emergency Pollution Control
2025-09-12 -
Tackling Rice Planthoppers: The Multifaceted Role of FT - SD1 Monitor
2025-01-22 -
Three Common Life Detectors in Geological Disaster Rescue: Principles and Applications
2025-07-28
