Standard delivery
£8 ex VAT · free over £200UK parcel delivery is £8 ex VAT, or free on orders over £200 ex VAT.
Heavier items may be charged at a weight-based or pallet rate, shown at checkout.
ABB 1SAX101911R1003 DRS-F-03 is a 110–127 V remote reset coil designed for compatible ABB TF thermal and EF electronic overload relays in industrial motor protection systems.
£36.77
The ABB 1SAX101911R1003 (DRS-F-03) is a compact and reliable remote reset coil for ABB overload relays, designed to allow compatible thermal and electronic overload relays to be reset electrically from a remote control location. It provides a practical solution for industrial motor protection systems where direct access to the overload relay is inconvenient or where reset functionality needs to be incorporated into a centralised control system.
The DRS-F-03 is suitable for ABB TF42, TF65 and TF96 thermal overload relays and compatible ABB EF electronic overload relays. To enable remote resetting, the overload relay is configured for manual reset operation. A short electrical pulse then actuates the reset mechanism, allowing the protection device to be returned to its operating state without an operator physically pressing its reset control.
Designed for a 110–127 V control supply, the DRS-F-03 is intended for pulsed rather than continuous operation. The specified reset pulse duration is 0.2–0.35 s. Its compact dimensions of approximately 43 × 44 × 60 mm make it straightforward to integrate with compatible ABB overload protection equipment in motor starters and industrial control panels.
Remote reset coils allow an overload protection device to be reset electrically without requiring an operator to access the relay directly. This is particularly useful in automated machinery, motor control centres and remotely located electrical panels where centralised control can reduce manual intervention and simplify recovery following an overload trip.
The ABB DRS-F-03 works with compatible ABB overload relays configured for manual reset. Once the overload condition has cleared and the motor protection system is ready to be restored, a short 0.2–0.35 s electrical pulse to the DRS-F-03 actuates the relay's reset mechanism. The coil is specifically intended for this momentary operation and should not be continuously energised.
Tick the specs you need, then view products that match.
| Device Type | Accessory | |
|---|---|---|
| Manufacturer | ABB | |
| Series | DRS-F | |
| Model | DRS-F-03 | |
| Order code | 1SAX101911R1003 | |
| Product type | Remote reset coil | |
| Rated control voltage | 110–127 V | |
| Operating pulse duration | 0.2–0.35 s | |
| Operation | Pulsed / non-continuous | |
| Reset mode requirement | Overload relay set to manual reset | |
| Compatible thermal overload relays | TF42, TF65, TF96 | |
| Compatible electronic overload relays | ABB EF series | |
| Dimensions (H × W × D) | 43 × 44 × 60 mm | |
| Weight | approx. 0.077 kg | |
| Package quantity | 1 piece | |
| EAN / GTIN | 4013614488429 | |
| ETIM classification | EC002498 | |
| RoHS status | Compliant with EU Directive 2011/65/EU |
The ABB 1SAX101911R1003, also known as the DRS-F-03, is used to remotely reset compatible ABB thermal and electronic overload relays after an overload trip.
The DRS-F-03 is designed for a 110–127 V control supply.
The DRS-F-03 is suitable for ABB TF42, TF65 and TF96 thermal overload relays as well as compatible ABB EF electronic overload relays.
The specified operating pulse duration is 0.2–0.35 s. The DRS-F-03 is designed for momentary operation and is not intended to be continuously energised.
Yes. The compatible overload relay must be configured for manual reset mode before the DRS-F-03 can be used to actuate its reset mechanism remotely.
ABB motor protection accessories complement the company's thermal and electronic overload relay ranges, helping machine builders and control engineers implement reliable motor protection with convenient local and remote reset functionality.
We use cookies
We use essential cookies to run this site, your basket and checkout. With your permission we'd also like to use analytics and advertising cookies to understand how the site is used and to measure our adverts.