BOLLARD MOUNTING POST

USER’S GUIDE

MOUNTING POST FOR PUSHPLATES

1 Description

The Bollard (Black-10BOLLARDBLK, Bronze-10BOLLARDBRZ & Silver-10BOLLARDSLV) is used for mounting pushplates that activate automatic doors. It will accept BEA’s 4 ½” Square Pushplate, 4 ¾” Square Pushplate, 4 ¾” Panther Pushplate, Dual Vestibule Pushplate and 4 ½” Round Pushplate. The post is made of durable carbon steel and the mounting bracket is made of stainless steel for strength. It can be mounted on either existing concrete or newly poured concrete.

CAP MOUNTING SCREWS (3)

PLASTIC CAP

 

TRANSMITTER MOUNTING TRAY (HIDDEN)

NOT USED WITH PANTHER APPLICATION

PUSHPLATE MOUNTING BOX (HIDDEN)

PUSHPLATE (NOT INCLUDED)

WILL ACCEPT:

4 1/2” SQUARE PUSHPLATE (10PBS45X)

4 3/4” SQUARE PUSHPLATE (10PBS, 10PBS1, 10PBS10)

4 3/4” SQUARE PANTHER PUSHPLATE (10EMSQ475X)

DUAL VESTIBULE PUSHPLATE (10PBDGP1)

4 1/2” ROUND PUSHPLATE (10PBR45X)

POST ASSEMBLY

POST MOUNTING SCREWS (4)

POST MOUNTING BRACKET (HIDDEN)

2

Specifications

 

 

 

 

DESCRIPTION

 

SPECIFICATION

Dimensions (with cap attached)

 

41 ½”H x 6 ¼” W x 4 ¼”D

Material

 

Powder-Coated (Inside and Out) Carbon Steel

Post

 

• Cap

 

UV-Resistant ABS Plastic

Mounting Bracket

 

Stainless Steel

Pushplate Options

 

4 ½” Square Pushplate, 4 ¾” Square Pushplate, 4 ¾” Square Panther Pushplate, Dual Vestibule Pushplate

 

 

 

and 4 ½” Round Pushplate

Weight

 

35 lbs (16 kilos)

Color

 

Black, Bronze, Silver

 

 

 

Mounting Hardware

 

L-anchor, Expansion Anchor, Split Washer and Nut (Included)

75.0131.05 20080606

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BEA 10PBDGP1, 10PBR45X, 10PBS45X, 10EMSQ475X dimensions Description, Specifications

10EMSQ475X, 10PBDGP1, 10PBR45X, 10PBS45X specifications

The BEA 10PBR45X, 10PBS45X, 10PBDGP1, and 10EMSQ475X represent a series of advanced sensors designed for diverse applications in the field of automation and safety. These sensors are widely recognized for their reliability, precision, and efficiency, making them integral components in modern industrial environments.

The BEA 10PBR45X is an active infrared presence sensor known for its high detection range and exceptional accuracy. This sensor is designed for use in automated door systems and security applications. One of its standout features is the ability to differentiate between stationary and moving objects, minimizing false alarms while ensuring that the presence of people is detected reliably. Its weather-resistant housing allows for versatility in installation, both indoors and outdoors.

The BEA 10PBS45X sensor is a pivotal component focusing on collision detection capabilities. This device employs a sophisticated combination of infrared sensing technology and advanced signal processing algorithms. Its design facilitates seamless integration with various automated systems, ensuring a high level of safety for personnel and assets. The sensor supports configurable detection zones, allowing users to customize the sensing area to align with specific operational needs.

Next in line is the BEA 10PBDGP1, a robust presence and motion detection sensor that excel in complex environments. This model features dual detection technologies, including passive infrared and microwave sensing. The hybrid approach enhances reliability, enabling the sensor to perform accurately in challenging conditions such as temperature fluctuations or electromagnetic interference. The 10PBDGP1 is particularly advantageous for high-traffic areas where effective monitoring is crucial.

Lastly, the BEA 10EMSQ475X is engineered with emphasis on energy efficiency and high performance. This sensor incorporates advanced logic for managing energy consumption while maintaining optimal detection capabilities. It supports various output configurations, making it adaptable to different system architectures. The 10EMSQ475X is an excellent choice for applications requiring long-term sustainability without compromising on functionality.

Together, these BEA sensors illustrate a commitment to innovation in sensing technology. With features such as adaptability, dynamic detection capabilities, and environmental resilience, they are designed to meet the evolving demands of automation systems across various industries, enhancing safety and efficiency in everyday operations.