The Wincom GC112A Gas Chromatograph is an advanced, high-precision laboratory instrument designed for complex compound separation and quantitative analysis. Featuring an intelligent microcomputer control system, a large LCD screen, and dual column/dual detector capabilities, it offers superior automation and stability. It is highly recommended for professional labs in petrochemicals, environmental safety, pharmaceuticals, and university research centers.

Technical Specifications

• Detector Configurations: Comes standard with a Flame Ionization Detector (FID) or Thermal Conductivity Detector (TCD) based on application requirements

• Column Oven Temperature Range: Ambient temperature plus 5 degrees Celsius to 400 degrees Celsius

• Temperature Control Accuracy: +/- 0.1 degrees Celsius

• Temperature Program Ramps: 5-stage programmable temperature control

• FID Limit of Detection: Less than or equal to 1 x 10^-11 grams per second (for Benzene)

• TCD Sensitivity: Greater than or equal to 2500 mV.mL/mg

• Carrier Gas Control: High-precision manual valves with gas pressure gauges (optional Electronic Pressure Control available)

• Power Supply: AC 220V, 50Hz

Key Features

• Large LCD Display: Equipped with an intuitive digital display panel that monitors real-time temperatures, gas flow status, program ramps, and operational errors simultaneously.

• Multi-Stage Temperature Programming: Supports 5-stage ramped temperature programming for the column oven, allowing the efficient separation of wide-boiling-point complex mixtures.

• Flexible Dual Detector System: Designed to accommodate two detectors and two columns at the same time, giving users the flexibility to perform multiple analytical methods on one machine.

• Automatic Safety Protection: Features smart automated shutdown systems for over-temperature protection, sensor faults, and gas leakage alerts.

• Rapid Cooling Design: Built with an automated rear-cooling flap mechanism that rapidly drops the column oven temperature between analytical runs, saving valuable laboratory time.

Primary Applications

• Pharmaceutical and Chemical Identification: Determining the purity of raw chemical materials, checking residual solvents, and verifying active pharmaceutical ingredients (APIs).

• Advanced Environmental Testing: Screening for toxic organic substances, industrial emissions, and trace pesticides in soil and waterways.

• Oil and Gas Petrochemicals: Analyzing fuel components, liquefied gases, and specialized refinery products for exact quality certification.