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TG-J310
● Sensor Principle: Magnetomechanical structure
● Performance: Highly reliable with fast response, high accuracy, and excellent sensitivity
● Durability: Long sensor lifespan (10-15 years), no consumable parts, compatible with corrosive gases
● Interference Immunity: Unaffected by background gases; no reference gas required. Measurements remain stable regardless of changes in sample gas thermal conductivity or density.
● Gas Flow System: Advanced flow stabilization technology ensures high precision, rapid response, and stable performance.
● User Interface: Fully Chinese menu-driven human-machine interaction
● Display: High-performance embedded TFT color screen simultaneously displays:
Real-time measurements
Historical trends
Measurement ranges
System status
Other key parameters
● Data Functions:
Time-based historical data/curve configuration
Fully customizable alarm points and control thresholds across the entire measurement range
● Sensor Principle: Magnetomechanical structure
● Performance: Highly reliable with fast response, high accuracy, and excellent sensitivity
● Durability: Long sensor lifespan (10-15 years), no consumable parts, compatible with corrosive gases
● Interference Immunity: Unaffected by background gases; no reference gas required. Measurements remain stable regardless of changes in sample gas thermal conductivity or density.
● Gas Flow System: Advanced flow stabilization technology ensures high precision, rapid response, and stable performance.
● User Interface: Fully Chinese menu-driven human-machine interaction
● Display: High-performance embedded TFT color screen simultaneously displays:
Real-time measurements
Historical trends
Measurement ranges
System status
Other key parameters
● Data Functions:
Time-based historical data/curve configuration
Fully customizable alarm points and control thresholds across the entire measurement range
1.Measuring Range: (0.00~99.99)% O₂ (range selectable, specify when ordering);
2.Maximum Permissible Error: ±2% FS;
3.Resolution: 0.01%;
4.Repeatability: ±1% FS;
5.Stability:
Zero drift: ±1% FS/7d;
Span drift: ±1% FS/7d;
6.Response Time: T₉₀ ≤7s;
7.Sample Gas Flow Rate: (200±10) mL/min;
8.Inlet Pressure: 0.05 MPa ≤ Pressure ≤ 0.25 MPa;
9.Control Output: Dual relay output (220 VAC, 1A or 24 VDC, 2A);
10.Analog Output: (4~20) mA, standard load: ≤250 Ω;
11.Operating Environment:
Temperature: -5°C ~ +45°C;
Humidity: ≤90% RH;
12.Power Supply: (220±22) VAC, (50±5) Hz;
13.Dimensions: 480 mm (W) × 136 mm (H) × 370 mm (D);
14.Mounting Dimensions: 442 mm (W) × 134 mm (H);
15.Weight: Approx. 3.8 kg.
1.Measuring Range: (0.00~99.99)% O₂ (range selectable, specify when ordering);
2.Maximum Permissible Error: ±2% FS;
3.Resolution: 0.01%;
4.Repeatability: ±1% FS;
5.Stability:
Zero drift: ±1% FS/7d;
Span drift: ±1% FS/7d;
6.Response Time: T₉₀ ≤7s;
7.Sample Gas Flow Rate: (200±10) mL/min;
8.Inlet Pressure: 0.05 MPa ≤ Pressure ≤ 0.25 MPa;
9.Control Output: Dual relay output (220 VAC, 1A or 24 VDC, 2A);
10.Analog Output: (4~20) mA, standard load: ≤250 Ω;
11.Operating Environment:
Temperature: -5°C ~ +45°C;
Humidity: ≤90% RH;
12.Power Supply: (220±22) VAC, (50±5) Hz;
13.Dimensions: 480 mm (W) × 136 mm (H) × 370 mm (D);
14.Mounting Dimensions: 442 mm (W) × 134 mm (H);
15.Weight: Approx. 3.8 kg.
Online Oxygen Content Analysis Applications:
● Air separation oxygen production
● Healthcare and medical facilities
● Petrochemical industry
● Metallurgical processes
● Electronics and power generation
● Residential oxygen bars
Online Oxygen Content Analysis Applications:
● Air separation oxygen production
● Healthcare and medical facilities
● Petrochemical industry
● Metallurgical processes
● Electronics and power generation
● Residential oxygen bars