Temperature Range | Commercial kitchens, pizza ovens | Industry Standard: 0°C–300°C (IEC 60751) Our Base: 0°C–400°C (▲) Our Advanced: 0°C–500°C (▲▲) | Supports high-heat pizza oven operations (up to 400°C). Advanced model handles extreme industrial needs. | Base lacks compatibility with ultra-high-temperature processes (>400°C). |
Display Type | Real-time monitoring in dimly lit environments | Industry Standard: Analog dial Our Base: LED display (ISO 14442) Our Advanced: Backlit LCD (▲) | Clear visibility in low-light settings (e.g., LED: 500 cd/m² brightness). Advanced LCD shows dual scales (°C/°F). | Analog dials require closer proximity for accuracy. |
Sensor Accuracy | Precision baking, temperature-sensitive tasks | Industry Standard: ±3°C (ASTM E1353) Our Base: ±1.5°C (▲) Our Advanced: ±0.5°C (▲▲) | Ensures consistent pizza baking (e.g., ±1.5°C for crust uniformity). Advanced model minimizes over/under-cooking. | Base may not suit lab-grade precision (e.g., chemical processing). |
Sensor Type | Versatile industrial use | Industry Standard: J-type thermocouple Our Base: K-type (▲) Our Advanced: K-type with auto-calibration (▲▲) | K-type (▲) handles higher temps (up to 1,200°C) than J-type (▲▲). Advanced auto-calibration reduces manual adjustments. | J-type is cheaper but less durable in oxidizing environments. |
Response Time | Rapid temperature adjustments | Industry Standard: 10–15 sec (IEC 60751) Our Base: 5–8 sec (▲) Our Advanced: 2–3 sec (▲▲) | Faster response for dynamic environments (e.g., pizza oven preheating). Advanced model reduces wait time by 80%. | Slower response in industry-standard units may delay process control. |
Connectivity | Remote monitoring, IoT integration | Industry Standard: None Our Base: Optional RS-485 (▲) Our Advanced: Wi-Fi + Ethernet (▲▲) | Base allows basic remote control (e.g., RS-485 for daisy-chaining ovens). Advanced enables smartphone app monitoring. | Industry-standard units require manual oversight. |