Search Results for "iO1000"

The iO1000 uses electronic addressing for all Addressable Signature series devices, meaning there are no physical dip switches or rotary dials to set on the...

The SA-ETH card connects to the iO1000 main circuit board at connector J1 and provides a 10/100 Base-T connection for remote diagnostics, iO-CU programming,...

The iO1000 provides two auxiliary power outputs, Aux 1 and Aux 2, each rated at 500 mA at 24 VDC nominal (Page 4) [1]. Aux 1 is a continuous circuit typically...

To enable Mapping, navigate to Menu > Programming > Advanced Program (enter Level 2 password) > Loop Configuration > Mapping, then select the loop and set it...

The iO1000 provides double the standard notification circuits and significantly higher power (6.0 A vs 3.75 A) compared to the iO64 (Page 6) [1]. It also...

Install the SA-DACT module and connect it to the main board via the ribbon cable at J8. In the panel's programming menu, set the CMS device type to Dual Line...

The iO1000 is compatible with the entire Signature Series family of intelligent devices, including multi-sensor smoke, heat, and 10-year carbon monoxide (CO)...

I couldn't find a specific version number for the iO-CU utility in the manuals, which only specify using "compatible iO-CU software" (Page 2) [1]. Yes, you can...

The iO1000 is Class A Ready and does not require an expansion card for Class A wiring (Page 6) [1]. To configure this, you must program the NACs in pairs (one...

To isolate an iO1000 SLC loop ground fault, use the Fast Ground Check tool in the panel menu to increase the testing frequency (Page 216) [3]. If the LCD...

To expand the iO1000 to its 1,000-point maximum, you must install two iO-SDC2 dual loop controller cards into the panel's expansion slots (Page 3, 25) [1]....

The primary differences between the iO64 and iO1000 involve device capacity, notification circuit (NAC) configuration, and expansion options. | Feature | iO64...