NOTES
1. Cx-TAIM01 - This does NOT require the MU-TLPA02 Power Adapter and supports in-cabinet
configuration or in a suitable enclosure up to 1,000 feet remote from the LLMUX IOTA as
displayed in Figure 15.
2. Cx-TAIM21 requires the MU-TLPA02 Power Adapter and can be mounted in-cabinet and
remotely.
3. One CC-KREBxx uncoated cable is used to connect the IOTA to the relay extension board.
4. One CC-KREBxx coated cable is used to connect the IOTA to the relay extension board.
5. Bussed IOM (PDOB01) is used for both bussed outputs and relay outputs, however, only relay
outputs require the additional card.
6. Redundantly configured IOMs must be installed on a redundant IOTA.
7. Non-redundant IOMs can be installed on non-redundant and redundant IOTAs. However,
when installed on a redundant IOTA, non-redundant IOMs must be installed in the upper IOM
slot of the redundant IOTA.
CAUTION
When a module is configured as non-redundant and uses a redundant IOTA,
ensure that the lower slot is kept empty or if a module is plugged into the bottom
slot, make sure that the module MUST be powered off.
8. The IOTA type used for Series C IO DI-24V is used with the DI-SOE IOM also.
9. Non-redundant differential IOTA (CC-TAID01) length is 9', non-redundant IOTA (CC-TAIX01
and CC-TAIN01) length is 6', and differential redundant IOTAs (CC-TAID11, CC-TAIN11, and
CC-TAIX11) length is 12'.
10. A third level of connector is available for all differential mode connections as an extension of
channel 13 through 16 terminals for all 16 channels.
11. Two new models of AI-HART (CC-PAIH02) and AI-HL (CC-PAIX02) modules are introduced to
replace the older models of the AI-HART (CC-PAIH01) and AI-HL (CC-PAIX01) modules. The
new models support both single-ended and differential inputs.
12. With R410, new models of AI-HART (Cx-PAIH51), AO-HART (Cx-PAOH51), DI-24V (Cx-PDIL51),
and DO-24B2 (Cx-PDOD51) are introduced.
