SBK-30

USER’S GUIDE

PHOTOELECTRIC BEAMS FOR GUIDE RAIL APPLICATIONS

1 Description

The SBK-30 (10.1029) is a self-contained infrared beam set that may be used for various applications, most commonly automatic pedestrian doors. The beams fit easily into a pre-drilled ½” hole and are a snap fit. Wiring is by a quick disconnect cable that can be daisy-chained up to 30’ (in 15’ increments). The beams offer an LED indication at their back side for ease of alignment and troubleshooting.

EMITTER

RECEIVER

(SBK-30T)

(SBK-30R)

2 Specifications

 

SBK30R / SBK30T BEAM

SBK30 INTERFACE MODULE

 

TECHNOLOGY

Active Infrared: 880nm

One SBK30 Beam Set

 

DETECTION MODE

Presence Detection

N/A

 

SUPPLY VOLTAGE

10 to 30 VDC

12 to 24 VAC/DC

 

CURRENT CONSUMPTION

Receiver: 15mA / Emitter: 9mA

53 mA MAX

 

OUTPUT CONSUMPTION

NPN Output, Light Operate

1 Relay, (NC/NO Contacts), 0-30 second adjustable hold time

OUTPUT RATING

100 mA max. Total Output Load

Rated Load:

 

 

 

0.3A@125VAC (NO Contacts)

0.3A@125VAC (NC Contacts)

 

 

1.0A@ 30VDC (NO Contacts)

1.0A@ 30VDC (NC Contacts)

RANGE (BEAM SEPARATION)

30 feet

N/A

 

OUTPUT RESPONSE TIME

1 mS

3 mS

 

MATERIAL

ABS Plastic & Acrylic Lense

PCB with shrink rube

 

CONNECTION

Molex 3-Conductor w/ 26 AWG Wire

One Beam Pair

 

 

 

 

 

INGRESS PROTECTION

IP65 (NEMA 4)

IP65 (NEMA 4 Enclosure)

 

OPERATING TEMPERATURE

-30F to +130F

-30F to +130F

 

WIRING

8” Wire on Beam / 15’ Extension Cable

None Included

 

3 Installation

1.Pre-drill a ½” hole at the desired mounting location.

2.When using more than one set of beams, alternate the beam orientation as shown at right.

3.Route the long cable from its termination point to the beam mounting location.

4.Plug the beam cable in via the snap together connector.

5.Install the beam into the ½” hole and press the beam until it clicks into the opening. Typically, the wall thickness of the drilled material should not exceed 1/8”.

Emitter A

 

Emitter C

Receiver A

Receiver B

Receiver C

 

Receiver D

Emitter B

Emitter D

Beam A: Between 45” and 55” from floor

Beam B, C: Between 6” and 12” from any other beam

Beam D: Between 6” and 28” from floor

For sliding doors, ANSI/BHMA A156.10-2005 states the lowest beam should be between 6” (152mm) and 28” (711mm) from the floor. The distance between the highest beam and the floor should be between 45” (1143mm) and 55” (1397mm). Other beams between the lowest and highest should not be greater than 6” (152mm) and 12” (305mm) apart from any other beam.

75.5179.05 20080415

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BEA SBK-30T, SBK-30R specifications Description, Specifications, Installation, SBK30R / SBK30T Beam SBK30 Interface Module

SBK-30T, SBK-30R specifications

The BEA SBK-30R and SBK-30T are cutting-edge automation solutions designed for improved operational efficiency in a variety of environments. These models are part of BEA's commitment to delivering products that enhance safety, scalability, and functionality in the realm of doorway automation and access control.

Both the SBK-30R and SBK-30T feature advanced motion detection technologies, utilizing state-of-the-art sensors to ensure precise activation upon approach. The integrated radar, combined with passive infrared sensors, allows for seamless operation in diverse conditions, guaranteeing that users can pass through without needing to touch surfaces, thereby enhancing hygiene.

One of the standout aspects of the SBK-30R is its robust design, optimized for heavy pedestrian traffic areas. This model supports a heavy-duty operation, making it ideal for commercial spaces such as shopping malls, airports, and corporate buildings. Its durability means that it can withstand consistent use, reducing maintenance costs and enhancing longevity.

Conversely, the SBK-30T variant is tailored for environments requiring a more compact solution. This model has a sleek profile, making it suitable for installation in tighter spaces while still providing reliable performance. The SBK-30T is particularly beneficial for smaller businesses or facilities with limited entryways.

Both models feature adjustable speed and opening widths, allowing for custom configurations to suit specific business needs. The user-friendly interface enables easy programming and configuration, ensuring that operators can modify settings without extensive technical expertise. Furthermore, the systems are equipped with a range of safety features, including obstacle detection, which prevents the door from closing on individuals or objects.

In terms of connectivity, the SBK-30R and SBK-30T are compatible with smart building systems, empowering operators with the ability to integrate these door systems into broader operating frameworks. This connectivity ensures real-time monitoring and control, facilitating efficient management of traffic flow.

Energy efficiency is another hallmark of both models, designed to minimize power consumption without compromising performance. This alignment with sustainability initiatives underscores BEA's dedication to providing eco-friendly solutions.

In conclusion, the BEA SBK-30R and SBK-30T are exemplary products that marry innovation with practicality. With their unique features, advanced technologies, and focus on safety and efficiency, these models represent a significant advancement in automatic door solutions for varied applications.