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Bosch UT-L 30 User Manual

Bosch UT-L 30
88 pages
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Technical guide
Heating boiler
UNIMAT
UT-L
6 720 807 794(2013/04)EN

Table of Contents

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Bosch UT-L 30 Specifications

General IconGeneral
BrandBosch
ModelUT-L 30
CategoryBoiler
LanguageEnglish

Summary

Oil Gas Special Boilers

Features and Benefits

Highlights key advantages like 3-pass design, compact construction, and low emissions.

Basic Principles

Condensing Technology Principles

Explains net/gross calorific values and boiler efficiency above 100%.

Optimal Condensing Technology Use

Discusses how to best utilize condensing technology for efficiency.

Economic Viability Considerations

Compares conventional and condensing boiler costs and savings.

Technical Description of UNIMAT UT-L Boilers

UNIMAT UT-L Boiler Overview

Details the components and construction of the UNIMAT UT-L boiler.

UNIMAT UT-L Boiler Function Principle

Explains how the UNIMAT UT-L boiler operates, focusing on water flow and heat exchange.

UNIMAT UT-L Boiler Versions

Describes different versions of the UNIMAT UT-L boiler with flue gas heat exchangers.

Flue Gas Heat Exchanger Function

Explains the function of the flue gas heat exchanger in recovering heat.

Flue Gas Heat Exchanger Dimensions

Presents main dimensions and specifications for UNIMAT UT-L boilers.

Integrated ECO 7 Heat Exchanger

Details dimensions and specifications for the ECO 7 integrated heat exchanger.

Integrated ECO 6 Condensing Heat Exchanger

Provides dimensions and specifications for the ECO 6 integrated condensing heat exchanger.

Stand-Alone ECO 7 Flue Gas Heat Exchanger

Gives dimensions and specifications for the stand-alone ECO 7 flue gas heat exchanger.

Stand-Alone ECO 6 Condensing Heat Exchanger

Presents dimensions and specifications for the stand-alone ECO 6 condensing heat exchanger.

Boiler Connections

Details internal diameters for flow and return connections based on output.

Boiler Characteristics

Covers pressure loss, combustion chamber load, efficiency, and flue gas temperature.

Water Side Pressure Loss

Graph showing pressure loss on the water side versus flow rate.

Hot Gas Side Pressure Loss

Graphs illustrating hot gas side pressure loss for different boiler models.

Boiler Efficiency and Standby Loss

Defines boiler efficiency, seasonal efficiency, and standby loss.

Flue Gas Temperature

Explains flue gas temperature and provides graphs relating it to boiler load.

Burner Requirements and Selection

Regulations and Operating Conditions

Boiler Control Systems

System Examples

1-Boiler System with Control Unit

Shows a system with a 1-boiler, boiler/heating circuit control, and minimum return temperature override.

1-Boiler System with Hydraulic Separation

Illustrates a 1-boiler system with hydraulic separation and minimum return temperature control.

2-Boiler System with Circuit Control & Separation

Illustrates a 2-boiler system with hydraulic separation and boiler circuit control.

1-Boiler System with Flue Gas Heat Exchanger

Depicts a 1-boiler system with flue gas heat exchanger and boiler circuit control.

1-Boiler System with Condensing Exchanger

Shows a 1-boiler system with condensing heat exchanger, hydraulic separation, and boiler circuit control.

2-Boiler System with Mixed Exchangers

Illustrates a 2-boiler system with mixed heat exchangers and hydraulic separation.

Return Temperature Raising

Explains return temperature raising with flue gas/condensing heat exchangers.

Fitting and Installation

Additional Safety Equipment

Lists required safety equipment assemblies for boilers.

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