BEA XL-DR dimensions Technical Specification, Description Sensor, Installation Tips

Page 1

FALCONDR /FALCONXL-DR

USER’S GUIDE

MOTION SENSORS FOR INDUSTRIAL DOORS

FALCON DR: double relay / high mount FALCON XL-DR:double relay / low mount

TECHNICAL SPECIFICATION

Technology

: Microwave and

Transmitter frequency

microprocessor

: 24.125 GHz

Transmitter radiated power

: <20 dBm EIRP

Transmitter power density

: < 5 mW/cm²

Mounting height

: from 11.5’ (3.5m) to 23’ (7m)

FALCON DR

FALCON XL-DR

: from 6.5’ (2m) to 11.5’ (3.5m)

Tilt angles

: 0° to 180° in elevation

Detection zone

: 13’ (W) x 16’ (D)

FALCON DR

(mounting height of 5m)

4m (W) x 5m (D)

FALCON XL-DR

: 13’ (W) x 6.5’ (D)

(mounting height of 2.5m)

4m (W) x 2m (D)

Detection mode

: Motion

Minimum speed

: 2 in (5cm)/s (measured in the

Supply voltage

sensor axis)

: 12V to 24V AC ±10%

Mains frequency

12V to 24V DC +30% / -10%

: 50 to 60 Hz

Power consumption

: < 2W (VA)

Two Output relay (free of potential change-over contact)

Max. contact voltage

: 42V AC

Max. contact current

: 1A (resistive)

Max. switching power

: 30W (DC) / 60VA (AC)

Hold time

: 0.5s to 9s (adjustable)

Temperature range

: -22°F to +122°F (-30°C to +60°C)

Degree of protection

: IP65

Norm conformity

: R&TTE 1999/5/EC

Dimensions

EMC 89/336/EEC

: 4” (W) x 5” (D) x 3 ¾” (H)

Weight

102 mm (W) x 127 mm (D) x 96 mm (H)

: 0.88 lbs (0.4 kg)

Material of housing

: ABS and polycarbonate

Material of bracket

: Anodized aluminium

Length of cable

: 33’ (10m)

Manual adjustment

 

Orientation of sensing field (mechanically)

Multiple functions (by push buttons)

Remote control adjustments

Sensitivity

Hold time

Detection mode

Pedestrian and parallel traffic rejection mode

Output configuration

Security

DESCRIPTION OF

THE SENSOR

Tranceiver module (planar antenna)

Green LED

Infrared Receiver

Red LED

2 Push Buttons

Microprocessor

Terminal block

INSTALLATION

TIPS

The sensor must be firmly fastened to prevent from vibrating.

The sensor must not be placed directly behind a panel or any kind of material.

The sensor must not have any object likely to move or vibrate in its sensing field.

The sensor must not have any fluorescent lighting in its sensing field.

75.5268.01 20070111

Page 1 of 7

Image 1
Contents Installation Tips Technical SpecificationDescription Sensor Opening Closing Sensor Bracket Mounting WiringTo insert or to remove the cable LED Signal Sensing Field DimensionsDescription of the Infrared Remote Control Configuration with Remote ControlConfiguration of the Sensor Parameters Actions LED SignalParameters Actions Check Parameters Actions Definitions Advices SensitivityValues PlusConfiguration with Push Buttons ConfiguraTion Parameters Actions FactoryTROUBLE- Shooting Symptom Probable CauseCorrective Action Company Contact

XL-DR, DR specifications

The BEA DR (Disaster Recovery) and XL-DR (Extended Disaster Recovery) systems are crucial components in modern data management and enterprise resilience strategies. These systems are designed to ensure that organizations can effectively safeguard their data, maintain operations during unforeseen events, and recover swiftly from potential threats or disasters.

One of the main features of BEA DR and XL-DR is their robust data protection mechanisms. These systems utilize advanced data replication technologies that ensure real-time or near-real-time replication of critical data across multiple locations. By continuously mirroring data, organizations minimize the risk of data loss and enhance their recovery capabilities. This feature is particularly vital for businesses that cannot afford downtime, as it enables them to maintain access to their data even during a disaster.

Another significant characteristic of these systems is their scalability. BEA DR and XL-DR can be tailored to fit various organizational sizes and needs, allowing businesses to expand their disaster recovery solutions as they grow. This level of customization enables enterprises to protect their data investment effectively and adapt to changing requirements without significant overhauls in their system infrastructure.

The technology behind BEA DR and XL-DR includes sophisticated algorithms that optimize data transfer and storage. These systems employ incremental backup processes, which capture only the changes made since the last backup, reducing bandwidth usage and accelerating recovery times. Additionally, they support various storage mediums, including cloud-based solutions, facilitating flexible deployment options that align with an organization's infrastructure.

Security is also a vital aspect of these systems. BEA DR and XL-DR come equipped with encryption and access controls to protect sensitive data during transmission and storage. This is particularly important in sectors that deal with regulated data, ensuring compliance with legal and operational standards.

Furthermore, the user interface of BEA DR and XL-DR is designed for ease of use, enabling IT teams to manage disaster recovery processes without extensive training. Dashboards provide real-time monitoring and reporting features, empowering organizations to proactively address potential issues and refine their recovery strategies.

In summary, BEA DR and XL-DR systems are comprehensive solutions that provide essential features such as real-time data replication, scalability, advanced data management technologies, stringent security measures, and user-friendly interfaces. These characteristics position them as critical assets for any organization aiming to enhance its resilience against disasters and maintain uninterrupted operations.