BEA’s ULTIMOTM is a dual technology sensor with flexible safety features for automatic sliding doors. The microwave motion field activates as people or objects approach the door. Meanwhile, three adjustable infrared curtains, each with 32 spots of detection, ensure the safety of pedestrians passing through the door opening.
ULTIMO offers advanced presence detection using ULTI-SHIELD technology, which provides uniform sensitivity across the safety curtains. ULTI-SHIELD technology allows for extended or enhanced infrared curtain positioning, ensures no loss of detection and immunities to environmental disturbances.
The combination of flexible and precise detection fields complements the door’s performance – making ULTIMO ideal for high-traffic environments in hospitals, hotels, airports or retail facilities.
MOUNTING HEIGHT | 6’6″ – 11’6″ |
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DETECTION MODE | Motion and Presence |
TECHNOLOGY | Microwave Doppler Radar and Active Infrared (AIR) with Background Analysis |
RADAR DETECTION SPEED (MIN) | 2 in / s |
AIR RESPONSE TIME (TYP.) | < 200 ms (max. 500 ms) |
RADAR TRANSMITTER FREQUENCY RADIATED POWER POWER DENSITY LOBE ANGLES |
24.150 GHz < 20 dBM EIRP < 5 mW / cm2 0 – 45º (typical adjustment), default 25º |
AIR SPOTS SIZE NUMBER OF SPOTS NUMBER OF CURTAINS CURTAIN ANGLES |
2” × 2” (typ.) max. 32 per curtain 3 -3 – 11º, default 0º |
RELAY OUTPUT MAX. CONTACT VOLTAGE MAX. CONTACT CURRENT HOLD TIME |
Electro-mechanical-relay (potential and polarity free) 30 VDC 1 A 0.5 – 9 s |
OPTOFET OUTPUT MAX. CONTACT VOLTAGE MAX. CONTACT CURRENT HOLD TIME |
Solid-state-relay (potential and polarity free) 42 VAC / VDC 400 mA 0.3 – 1 s |
TEST / MONITORING INPUT SENSITIVITY RESPONSE TIME ON REQUEST |
Low: < 1 V; High: > 10 V (max. 30 V) Typical: < 5 ms |
SUPPLY VOLTAGE | 12 – 24 VAC ±10% 12 – 30 VDC ±10% |
POWER CONSUMPTION | < 3.2 W |
TEMPERATURE RANGE* | -13 – 131 °F 0 – 95% relative humidity, non-condensing |
CABLE LENGTH / GAUGE | 10’ / 26 AWG |
DEGREE OF PROTECTION | IP54 |
NORM CONFORMITY | R&TTE 1999 / 5 / EC; MD 2006 / 42 / EC; LVD 2006 / 95 / EC; ROHS 2 2011 / 65 / EU |