The table below shows all the units that can interlink with the EI262.
Type of unit
Type of interlink
|Ei650RF||Battery powered optical alarm||Radio-interlinked|
|EI603RF||Battery powered heat alarm||Radio-interlinked|
|Ei161eRF||Mains powered ionisation alarm (Lithium back up)||Radio-interlinked using the Ei100MRF module|
|Ei164eRF||Mains powered heat alarm (Lithium back up)||Radio-interlinked using the Ei100MRF module|
|Ei166eRF||Mains powered optical alarm (Lithium back up)||Radio-interlinked using the Ei100MRF module|
|Ei168RC/Ei2110||Mains powered multi sensor alarm (Lithium back up)||Radio-interlinked using the Ei168RC base|
|Ei168RC/141RC||Mains powered ionisation alarm (Alkaline back up)||Radio-interlinked using the Ei168RC base|
|Ei168RC/144RC||Mains powered heat alarm (Alkaline back up)||Radio-interlinked using the Ei168RC base|
|Ei168RC/146RC||Mains powered optical alarm (Alkaline back up)||Radio-interlinked using the Ei168RC base|
Type of unit
Type of interlink
|Ei450||Wireless Fire and CO Alarm Controller||Radio-interlinked|
This is the technical data for the Radio-Interlinked Mains Powered CO Alarm - Ei262.
|Alternative Product Codes||Ei262|
|Sensitivity||50ppm (parts per million) CO gas|
|Visual Display||LED Indicators|
|Sound Output||85dB (minimum) at 3m|
|Temperature Range||-10°C to 40°C|
|Humidity Range||15% to 95% Relative Humidity|
|Power Type||Mains Powered|
The following datasheets are available for this product.
Q. Question regarding the Ei262 CO alarm and the Ei161 and Ei164 smoke and heat alarms - do I need to have a base unit for each of these items to allow them to radio interlink together?
A. The Ei161 smoke alarm and the Ei164 heat alarm each require a radio interlink base for the interconnection to be achieved. The radio-interlink based is called the Ei168RC. In terms of the Ei262 CO alarm, this does not need a separate base plate. This is because the radio-interconnection is built into the alarm.
Q. Please could you explain how the repeater function works on the Aico/Ei radio interlinked detectors.
A. Hello. The radioLINK repeater function allows the smoke alarm to "repeat" the radio frequency signal around obstructions. This stops the signal from becoming blocked and ensures that all interlinked alarms can be reached. This repeater function is built-in to the the Ei168RC radioLINK base (with Ei140, Ei160 or Ei2110 alarm), the Ei600 series of radio interlinked battery powered smoke and heat alarms as well as the Ei262 and Ei208WRF carbon monoxide alarms as standard. When house coded, the system works itself out which alarms are to act as repeaters - it's not something you set up yourself.
Q. Can the Ei160 RF series be connected to a CO detector?
A. Yes, you can use either the battery powered Ei208WRF CO detector or the mains powered Ei262 CO detector. We also recommend that you fit a Ei412 locator switch to allow you to find out if an alarm was caused by CO gas or a fire!
Q. Is there a carbon monoxide alarm for the hearing impaired?
A. Yes, we supply a strobe and vibration pad for the deaf and hard of hearing, Ei170RF, which can be linked to a mains powered carbon monoxide alarm, Ei262.
Q. Where more than one radio-interlinked battery operated smoke alarm is installed, if the battery in one alarm failed would the other alarms be affected?
A. If one alarm was to malfunction the other units would not be affected, if it was due to alarm failure. If the fault was with the radio-interlinking signal, then all alarms that are in the chain after the faulty alarm would be affected and they would not go off.Show all FAQs
|Product Code: EI262||
6 in stock Expected dispatch: Tomorrow
£89.87 inc VAT
£74.89 ex VAT
3 customers have rated this product and it has an overall rating of 5 out of 5
Reviewed by: JY
Easy Set up Exceptional company to deal with
Published on: 26th June 2017
Reviewed by: -
Works well with linked smoke/ heat alrams
Published on: 7th December 2015
The following delivery options are available on this product.
If you have any questions or would like more information about this product you can ask one of our specialists.