IXIO-DT Activation & Safety Sensor from BEA

Name: IXIO-DT Activation &amp; Safety Sensor from BEA
SKU: 219
Availability: InStock

From : BEA

£193.60 - £225.50

The IXIO-D is a sensor which combines radar technology for the activation of the door and infrared technology for the user protection. The unidirectional radar enables energy savings to be made. The three-dimensional infrared curtain protects people from any contact with the doors. Thanks to the LCD screen and the BEA DECODER app sensor configuration has never been easier.

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Part codes: IXIO-DT3, IXIO-DT1 Categories: Activation Sensors, Safety Sensors Tags: BEA Safety Sensor, Infrared, For Sliding Doors

IXIO-DT3 – sensor with external monitoring for emergency exits.

IXIO-DT1 – sensor with external monitoring.

Energy-saving

Due to the unidirectionality, the duration of the door opening cycle is shorter, which reduces heat loss from the building and saves energy. This also optimises the “airlock” function.

Intuitive configuration

Intuitive configuration with an LCD screen displaying texts and symbols (LCD graphics). Quick & easy overview of all settings via the BEA decoder app.

Visual aids

4 red spotlights visible on the floor to adjust the angle of the failsafe curtain.

Stable & reliable

A 32-bit microprocessor optimises the processing of information coming from the environment, ensuring a stable performance throughout the year. 48 high-density infrared spotlights from 2 curtains protect users from any contact with the doors.

SAP4134 SAP4134ER

Product Type	Activation Sensor, Safety Sensor, Sliding Door Sensors

Technical

Supply voltage:	12 V – 24 V AC +/-10% ; 12 V – 30 V DC +/-10% (to be operated from SELV compatible power supplies only)
Power consumption:	< 2.5 W
Mounting height:	2 m to 3.5 m (local regulations may have an impact on the acceptable mounting height)
Temperature range:	-25°C to +55°C; 0-95% relative humidity, non condensing
Degree of protection:	IP54
Noise:	< 70 dB
Expected lifetime:	20 years
Detection mode:	Motion Min. detection speed: 5 cm/s	Presence Typical response time: < 200 ms (max. 500 ms)
Technology:	Microwave doppler radar Transmitter frequency: 24.150 GHz Transmitter radiated power: < 20 dBm EIRP Transmitter power density: < 5 mW/cm2	Active infrared with background analysis Spot: 5 cm x 5 cm (typ) Number of spots: max. 24 per curtain Number of curtains: 2
Output:	IXIO-DT1/-DP1 Solid-state-relay (potential and polarity free) Max. contact current: 100 mA Max. contact voltage: 42 V AC/DCIXIO-DT3/DP3 Solid-state-relay (potential and polarity free) Max. contact current: 100 mA Max. contact voltage: 42 V AC/DC In switching mode: NO/NC In frequency mode: pulsed signal (f= 100 Hz +/- 10%) Galvanically isolated current source No detection: current source ON Open circuit voltage: 6.5 V Output voltage available at 10 mA: 3 V min. Typical load: up to 3 optocouplers in series Detection: current source OFF Open-circuit remained voltage: < 500 mV	IXIO-DT3/-DT1 Solid-state-relay (potential and polarity free) Max. contact current: 100 mA Max. contact voltage: 42 V AC/DC Holdtime: 0.3 to 1 sIXIO-DP3/-DP1 Pulse polarity: negative Level: – Standby: Pulse from V to ground – Detection: V Supply Topology: op-collector with 4.7 K to 3.3 V Max. sink current: 25 mA with external 1 K to 24 V
Input:		IXIO-DP3/-DP1 Pulse polarity: positive or negative (adjustable) Impedance: – Positive pulse: 2 K to ground – Negative pulse: 470 R to + sensor power supply Pulse voltage: 6 V to 30 V Pulse duration: 4 μs to 500 μs Duty cycle: max. 50%
Test input:		IXIO-DT3/-DT1 Sensitivity: Low: < 1 V; High: > 10 V (max. 30 V) Response time on test request: typical: < 5 ms
Norm conformity:	IXIO-DT3/DP3 EN 12978, EN ISO 13849-1:2008 PL «d» CAT. 2; EN 16005:2012 Chapter 4.6.8; DIN 18650-1:2010 Chapter 5.7.4; AutSchR; BS 7036-1:1996 Chapter 7.3.2 (only applicable for relay output in frequency mode and current source output)	EN 12978, EN ISO 13849-1:2008 PL «d» CAT. 2 (under the condition that the door control system monitors the sensor at least once per door cycle); IEC 61496-1:2012 ESPE Type 2; EN 16005:2012 Chapter 4.6.8; DIN 18650-1:2010 Chapter 5.7.4; AutSchR; BS 7036-1:1996 Chapter 7.3.2