ET401A1
Electronic, Instrument, Ng
ISO9001
Burner Ignition Transformer
Honeywell
Burner Ignition Transformer
Et401A1
2~15 Days
EXW/Fob
Honeywell
Carton
12.5(W)*13(H)*9.5(L)cm
America
8302600000
Product Description
Honeywell Ignition Transformer ET401A1 High Voltage Burner Igniter For Industrial
OVERVIEWIgnition transformers ET401A1 are designed for high-voltage spark ignition of gas burners and gas-ignited or directly ignited oil burners. The ignition transformers can also be used on burners with single-electrode operation; the ignition current and ionisation current flow over a common electrode.
Ignition transformer ET401A1 fulfils the requirements for enclosure IP 20. It is suitable for installation in a control cabinet. Ignition transformer ET401A1 in its die-cast aluminium housing meets the requirements for enclosure IP 65. It is suitable for on-site mounting near to the burner.
| Name | Burner Ignition Transformer |
| Brand | Honeywell |
| Model | ET401A1 |
| Origin | America |
| Deliver Time | 2~15 days |
| Degree of protection | IP20 |
| Ambient temperature | -20...+60ºC |
Examples of application
1.1.1 Double-electrode operation
Ignition using ignition electrode Ignition transformer TGI is supplied with voltage via the automatic burner control unit IFD 258. The ignition transformer generates a high voltage. This high voltage creates ignition sparks between the ignition electrode and burner ground. After the burner start, a current flowsvia the ionisation electrode for flame control.
Ignition using ignition electrode Ignition transformer TGI is supplied with voltage via the automatic burner control unit IFD 258. The ignition transformer generates a high voltage. This high voltage creates ignition sparks between the ignition electrode and burner ground. After the burner start, a current flowsvia the ionisation electrode for flame control.
1.1.2 Single-electrode operation
Ignition using an ignition and ionisation electrode After burner start, a flame control current flows via the same electrode that is also used for ignition.
Ignition using an ignition and ionisation electrode After burner start, a flame control current flows via the same electrode that is also used for ignition.
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