Water boiler trim and controls

Probe type

Pressure and

Operating

Modulating step

low water

temperature

control

controller (units

cutoff control

gauges

 

over 60 KW)

ASME

 

 

 

relief

 

 

 

valve

 

 

 

Drain

 

Control

Control

circuit fuse

 

Control circuit

(2) High

circuit

limit controls

transformer

on-off switch

Steam boiler trim and controls

ASME relief

Modulating step

Operating

 

controller (units

Control

valve

over 60 KW)

control

circuit fuse

Pressure gauge

 

 

 

Water level

 

 

 

 

gauge glass

 

 

 

 

Low water

 

 

 

 

cutoff and

 

 

 

 

pump

 

 

Control circuit

control

 

 

 

 

on-off switch

 

 

 

 

(2) High

 

Control circuit

limit controls

Blowdown

transformer

Standard Equipment Supplied:

HOT WATER DESIGN BOILERS:

Model “W” (150# ASME Design)

Thermometer and pressure gauge, Operating immer- sion aquastat, 2 high limit aquastats, Low water cutoff, Relief valve, Metal jacket with 2fiberglass, 75 W/D Incoloy sheathed elements with pressure connector power lugs. Control panel with Key lock, On/Off control switch, 120 volt control transformer (fused), Magnetic contactors with 120 volt coil, Individual circuit fusing, Step indicating lamps, First on/first off progressive step controller (3 thru 40 steps), National Board Inspection and UL Label.

Model “WT”

Includes items in Model “W” design, plus Indirect heat exchanger — Max. discharge, Heat exchanger relief valve, Expansion tank, Boiler fill and drain valves and Boiler drain cock. (See Form 4800)

Standard Equipment Supplied:

STEAM DESIGN BOILERS:

Model “S” (15# ASME Design)

Model “Q” (150# ASME Design)

Steam pressure gauge w/gauge clock, Operating pressure control, 2 high limit pressure controls, Combination low water cutoff and pump control, Auxiliary low water cutoff, Relief valve, Water glass set, Metal jacket with 2fiberglass, 75 W/D Incoloy sheathed elements with pressure connector power lugs. Control panel with: Key lock, On/off control switch, 120 volt control transformer, Magnetic contactors with 120 volt coil, Individual circuit fusing, Step indicating lamps, First on/ first off progressive step controller (3 thru 40 steps), National Board Inspection and UL Label.

Optional Equipment Available:

Power panel door electric interlock. Preheat switch. Flow switch. Manual reset controls. Manual blowdown valve. Automatic blowdown with 24 hour time clock. Alarms. Indicating lights. Larger connection for heat pump applications.

Other Designs Available:

1)BH – Our upgrade to the BE Series (Form 3200)

2)WT – Indirect Hot Water Supply Heaters (Form 4800)

3)Energy Selector Boiler – Electric plus gas, oil or gas/oil. A boiler with multiple energy source choice (Form 3500)

Standard Design Features

Single point connection entrance

Louvered panel cover for proper cooling air circulation

Each branch circuit is fused individually

Elevated legs integral with structural frame and extended rails for positive support of both pressure vessel and heavy duty power panel cabinet.

Heavy duty,

16 gauge

11 gauge

jacketing all

power

around

panel

structural

cabinet

frame; zinc

 

coated, rust

 

resistant

 

primer,

 

enamel

 

finished

Hinged door for access to vessel, ASME and elements

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Bryan Boilers BE-90-Q4T3, BE-210-W4T7 Standard Equipment Supplied, Optional Equipment Available, Other Designs Available

BE-90-Q4T3, BE-210-W4T7 specifications

Bryan Boilers, a reputable name in the world of industrial heating solutions, offers a diverse range of high-efficiency products designed to meet the demanding requirements of modern applications. Two standout models in their lineup are the BE-90-Q4T3 and the BE-210-W4T7. Both models are engineered to provide exceptional performance, reliability, and energy efficiency, making them suitable for various commercial and industrial settings.

The BE-90-Q4T3 is a compact, steam-powered boiler that operates efficiently while maintaining a small footprint. One of its main features is its ability to provide rapid steam generation, making it ideal for applications requiring sudden demands for steam. The model is designed with a low water content, which enhances its responsiveness. This boiler operates with a unique forced circulation system, ensuring optimal heat transfer and minimizing any risk of thermal shock.

Another significant characteristic of the BE-90-Q4T3 is its robust construction. Built with high-quality materials, it is engineered to withstand high pressure while maximizing durability. The unit is also equipped with advanced safety features, including low water cut-off and pressure controls, ensuring safe operation across various settings.

On the other hand, the BE-210-W4T7 is designed for larger applications, boasting a higher capacity for steam and hot water generation. This model features a modular design that simplifies installation and maintenance. With a focus on energy efficiency, the BE-210-W4T7 utilizes a specially designed burner that promotes complete combustion, reducing fuel consumption and lowering emissions.

A defining characteristic of the BE-210-W4T7 is its innovative control technology, which allows for precise temperature and pressure regulation. This ensures that the boiler operates at peak efficiency while providing the necessary output for various applications, from HVAC systems to manufacturing processes.

Both models embody Bryan Boilers' commitment to innovation and sustainability. They are designed to meet or exceed industry standards for efficiency and emissions, reflecting a dedication to reducing the environmental impact. By investing in Bryan Boilers’ BE-90-Q4T3 and BE-210-W4T7, businesses can optimize their heating processes while enjoying reliable performance, enhanced safety, and lower operational costs. Whether for steam, hot water, or industrial applications, these models stand out as leading choices in the realm of boiler technology.