- Phone:+91 9560211212
- Phone:+91 11 41050097
- Address: A-26, Mezzanine Floor, FIEE Complex, Okhla Industrial Area, Phase-2, New Delhi - 110020
According to DOE studies – minimizing combustion air can deliver 35% savings. Checking and tuning air/fuel ratios is one of the simplest ways to get maximum efficiency out of fossil fuel fired process heat equipment.
| 3.5″ Color Touch Screen Display |
| Data Logging to Flash Memory |
| Burner “Out of Tune” Alarm |
| Ethernet |
| Multi-Sensor Inputs |
| Digital Input for High-Fire Notification |
| Burner Status Indication available remotely via web browser |
| Burner “not lit” alarm |
| Increased burner efficiency |
| Faster ramp to heat |
| Less fuel per load |
| Maximizes throughput |
| Reduce NOx & CO2 |
| Increased radiant tube life |
| Lowers flame temperature |
| Less heat for the load |
| More heat in the exhaust gasses |
| Increase NOx |
| 10% excess air – yields 2% excess O2 in combustion gases |
| Sooting in radiant tubes |
| Lower flame temperature |
| Unburned fuel |
| Dangerous gas emissions (higher CO) |
| Process repeatability |
| Maximum throughput |
| Even distribution of heat |
| Longer radiant tube life |
| Product Line | User Manual | Datasheet | Wiring | Other |
|---|---|---|---|---|
| e-TRIM | PDF | Online | e-TRIM Datasheet | ||
| General Info | Zirconia Sensor Theory | |||
| Carbon Sensor Troubleshooting | ||||
| Do it Right Advisory: Atmosphere Probes | ||||
| Do it Right: Maximize Product Quality | ||||
| Combustion Efficiency |
