B&B Electronics CR-25E manual Specifications

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Installation & Operations Manual

 

 

CR-25E Cable Beam Barrier

Specifications

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2. SPECIFICATIONS

APPLICATIONS

The CR-25 Electromechanical Crash Beam Barrier Gate will typically be used as a safety barrier. Typical applications will include embassies, nuclear facilities, "High-Risk" At- Grade crossings, government facilities where safety is an important consideration.

ENERGY ABSORPTION CAPACITY

The manual version of the CR-25 crash beam with 3/4" cable has been successfully crash tested per U.S. Navy specifications (OR-98-09-88 and M-56-86-05 with a level 1/L2 rating) and Department of the Army rating level of KN1-LN2. It is also listed by the U.S. Army Corps of Engineers in their document Protection Against Malevolent Use of Vehicles at Nuclear Power Plants (NUREG/CR-6190 Vol. 2, Rev. 1).

HOUSING

The housing will be fabricated from 3/8-inch steel plate and will be hot dip galvanized after fabrication. Formed, channel shaped side plates will be used to produce a strong configuration without welded corners. The housing will receive a finish coat of aluminum paint.

Access doors will be provided to service the operating mechanism and electrical equipment. The doors will be sealed with neoprene strip gaskets and bolted in place with corrosion-resistant, hex-head bolts.

The housing base will provide twelve 1-1/4 inch holes for mounting on the customer's foundation. Anchor bolts and template will be supplied by the gate manufacturer. Standard anchor bolts size will be 1.125-7 UNC X 2’-9” Long hot dip galvanized.

ARM

The beam arm will be constructed from 4-inch 6061-T6 aluminum pipe which will contain the wire rope assembly. Maximum arm length will be 25 feet.

Dimension "A", Shall be measured from the centerline of the pivot to the centerline of the bollard, will not exceed 322 inches. See Installation drawings for arm lengths.

Gate arms will be covered with 16-inch alternating red and white engineering grade reflective sheeting.

ARM MOUNTING TUBES

Arm mounting tubes will be hot dip galvanized carbon steel. The roadway arm shaft centerline will be 30-1/2 inches above the base line of the gate housing.

COUNTERWEIGHTS

Each gate will be equipped with suitable hot dip galvanized steel counterweights of the sectional, bolt-on type.

ARM SHAFTS

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Contents Corporate Technical Support Field Service Support Made in the USAIntroduction WelcomeHow to Contact Us Corporate Technical Support Service SupportTable of Contents INSTALLATION, Adjustment and Maintenance Have been installedHousing Operating mechanismCarefully. Consult Factory if Problem is not Found Necessary, refer to the enclosed installation instructions CR-25E Start Up InstructionsCR-25E Shut Down Instructions CR-25E Emergency Operation InstructionsFinal drive gear box Low speed housing Pillow Block BearingsLimit Switch Drive Chain Item Lubrication Replacement InstructionsConnecting Rod Ends Items11 Recommended Replacement Oils for CR-25E To remove the old assembly To mount the new assemblyMotor Replacement Instructions Main Power Switch S1 OFF Before Beginning Limit Switch Replacement InstructionsDisconnect Barrier Power by Throwing Indications Problem Solution Field Balancing InstructionsGate Arm Balancing Instructions Calculating Counterweight RequirementsCounterweight Sizes Adjusting the Barrier Movement 2007 B&B Armr 800 2007 B&B Armr 800 2007 B&B Armr 800 Specifications Limit Switch TransmissionMotor Braking MechanismSafety SWITCHES, Terminal Blocks and Wiring Energy Absorption CablesCable Anchoring System Quality AssuranceAccessories and Major Components Housing Assembly 0025-0050-AOperator Assembly 0025-0053-B Brake Assembly 0040-0023-C Limit Switch Assembly 0040-0009-F Motor Cut Sheet Installation 22’ Clear Opening System DrawingsInstallation 14’ Clear Opening Wiring Warranty

CR-25E specifications

B&B Electronics CR-25E is a robust and versatile device designed for fulfilling the needs of industrial communication systems. Characterized by its reliability and advanced functionality, the CR-25E is widely recognized in the automation and control sectors.

One of the key features of the CR-25E is its high-speed data transmission capabilities. With support for both RS-232 and RS-485 communication protocols, the device ensures seamless integration across various systems. The CR-25E operates at speeds up to 115.2 Kbps, allowing for rapid data exchange, which is crucial in applications like robotic controls, sensors, and monitoring systems.

Another standout characteristic of the CR-25E is its built-in isolation features. With 2.5 kV isolation on the serial lines, it protects the connected equipment from voltage spikes and noise, significantly enhancing the reliability of the communication link. This isolation effectiveness is particularly valuable in environments rife with electrical interference, as it ensures stable operation and long-lasting performance.

The CR-25E supports multiple power input options, including AC and DC power supplies. This flexibility enables easy integration into existing systems without the need for extensive modifications or additional components. The device also features wide input voltage ranges, thus accommodating different industrial environments and requirements.

In terms of mounting options, the CR-25E is designed with user-friendliness in mind. The compact design and DIN rail compatibility facilitate easy installation in control panels, maximizing space efficiency while maintaining accessible connectivity for maintenance or troubleshooting.

For monitoring and configuration, the CR-25E integrates effortlessly with various industrial software and applications. The device features diagnostic LEDs to provide real-time indications of operational status, simplifying troubleshooting by allowing users to quickly identify issues.

In summary, B&B Electronics CR-25E stands out due to its high-speed data transmission, robust isolation features, versatile power input capabilities, and user-friendly design. These attributes make it a preferred choice among engineers and technicians in the field of industrial communication, ensuring that systems remain efficient, reliable, and effective in demanding operational settings.