CloseClose| Integrated radio receiver | ✘ |
|---|---|
| Input for radio receiver | - Nice radio receivers with SM connector (OXI, SMXI, SMXIS, OXIT) - Universal third-party radio receivers |
| Back-up power supply | ✔ |
| Solar power | ✔ |
| Flashing light output | ✔ ×1, 12V, 21W, BLUEBUS |
| Gate open indicator output | ✔ One 24V lamp (max. 4W) (the output voltage may vary between -30 and +50%, the output can also control small relays) |
| Electric lock output | ✔ ×1, 12V, 15VA |
| BLUEBUS output | ✔ One output with load of maximum 15 BLUEBUS units (max. 6 pairs of MOFB or MOFOB photocells plus 2 pairs of MOFB or MOFOB photocells routed as opening devices plus max. 4 MOMB or MOTB control devices) |
| STOP input | ✔ For normally closed contacts, normally open contacts or contacts with constant 8,2 kΩ resistance; selection of the type of contact is in self-learning mode and a modification with respect to the memorised status will generate a STOP command |
| PP input | ✔ For normally open contacts (closure of the contact generates a STEP BY STEP command) |
| OPEN input | ✔ For normally open contacts (closure of the contact generates a Partial Open command) |
| AERIAL input | ✔ 50 Ω, RG58 |
| Programmable functions | - Automtic closure - Reclose after photocells - Always close - All STAND-BY - Electric lock / courtesy light - Pre-flash - Pause time - STEP BY STEP function - Motor speed - Motor discharge after closing - Motor force - Pedestrian or partial opening - Maintenance warning - List of faults |
| Self-learning functions | - Self-learning of devices connected to the BLUEBUS output functions - Self-learning of the type of device connected to the STOP terminal (NO, NC contact or 8.2 kΩ) - Self-learning of the gate leaf travel and automatic calculation of deceleration points and partial opening - Self-learning of operation with one or two motors |
