1. Catalogs
  2. Rosenberg Ventilatoren
  3. Controller for air handling units

Controller for air handling units

Controller for air handling units
1 / 55 PagesView full catalog

Controller for air handling units

Product catalog summary
Safety and Guarantee
Installation and operation of Rosenberg system regulators must be performed by trained personnel following current regulations. The DIN EN ISO 9001 quality management system ensures high manufacturing standards. The purchaser is responsible for system selection and installation, while the supplier covers defects under specific conditions. No guarantee is provided for inappropriate use or faulty installation.
Rosenberg System Regulation
Rosenberg provides comprehensive project management for technical regulation installations, focusing on seamless integration and high-quality components to optimize ventilation solutions, maximizing comfort and minimizing energy consumption.
Technical Room Air Installations
These installations maintain room air quality in terms of cleanliness, temperature, and humidity, classified into systems for air pollution control, temperature regulation, and unwanted substance removal.
Air Removal and Inlet Systems
Air removal systems expel air to create low pressure, preventing polluted air spread, suitable for high pollution areas. Air inlet systems introduce outside air to create slight high pressure, preventing unwanted air inflow, suitable for low pollution areas.
Air Intake and Removal Systems
These systems control air pressure and enable effective heat recycling, suitable for environments like theaters and factories.
The Catalogue
The catalogue details Rosenberg control devices and their ventilation functions, divided into sections for control concepts, block circuit diagrams, and accessories.
Procedure for Control System Design
Steps include selecting a block circuit diagram, determining motor type, selecting fans, and setting up a three-way mixing valve.
Delivery Package Contents
The package includes a wired switch box, operation manual, CAD switch diagram, sensors, frequency converter, damper motor, and control setup.
Switch Box and Housing Dimensions
Dimensions vary based on device combinations, with specific measurements provided for different models.
Specifications
The document outlines specifications for control devices and switch boxes, including dimensions and weights.
Controller Descriptions
The Rosenberg Compact controller series is designed for controlling room or inlet air temperature in ventilation systems, featuring motor protection devices.
Control Functions
Controllers offer temperature control, cascade control, and manage heating and cooling pumps, air dampers, and provide frost protection.
Monitoring Functions
Monitoring includes inlet air temperature control, cascade control, and minimal temperature limiting, with fan control options.
Operation and Ventilation Functions
User-friendly operation is facilitated by displays and remote controls, with functions like overload protection, filter monitoring, frost alarms, and fire protection.
Manufacturing and Installation
All control devices comply with VDE and EMV guidelines, ensuring safety and compatibility, with detailed manufacturing and installation instructions.
Key Components
  • Sensors: Various sensors for inlet, room, outlet, outside, and return air.
  • Switch Box: Houses the control system, offering protection and wiring for air devices.
  • Fan & Motor: Various configurations with motor protection features.
Control Functions
  • Temperature Control: Controls for inlet, room, and outlet air temperatures.
  • Special Functions: Humidifier and dew point control, constant pressure and volume flow control.
Heating and Cooling
  • Heat Register: Includes heater and reheater control with frost protection monitoring.
  • Cooling Register: Cooler control with cooling pump control.
Additional Features
  • Filter and Dampers: Monitoring of air filters and dampers.
  • Miscellaneous: Timer switches, operator console, alarms, and alarm memory.
Overview
The document provides detailed technical specifications and operational guidelines for an HVAC system, focusing on air handling units, control mechanisms, and safety features.
1. Mixed Air Damper Control
  • Automatic and manual control options for mixed air dampers.
2. Timer Switches
  • Weekly programmable timer switches for scheduling.
3. Operator Console
  • Features a 4-line LCD display for control and monitoring.
4. Alarm Systems
  • Includes common alarms, fire alarms, and alarm memory.
5. Control Functions
  • Temperature control with sensors to maintain set points.
  • Special functions include humidifier control and summer/winter compensation.
6. Heating and Cooling
  • Control of heating and cooling pumps with frost protection monitoring.
7. Heat Recycling
  • Manual and automatic bypass valve control for heat recycling.
8. Filter and Damper Monitoring
  • Monitoring systems for air filters and dampers.
9. Fan and Motor Control
  • Various speed control options for motors.
10. Block Circuit Diagrams
  • Diagrams illustrate control functions and system configurations.
Overview
The document provides detailed technical specifications and control functions for ventilation systems, focusing on components such as fans, motors, control systems, heat and cold registers, and three-way control valves.
1. Specifications
  • Housing and Protection: Switch box made of sheet steel with IP54 protection.
  • Fan and Motor: Various motor types with protection features.
2. Control Functions
  • Temperature Control: Controls for air temperatures with sensors.
  • Special Functions: Humidifier and dew point controls.
3. Heat and Cold Register
  • Details on heater, cooler, and reheater controls.
4. Heat Recycling
  • Automatic control of heat recycling with monitoring.
5. Filter and Dampers
  • Includes filter monitoring and air shutter controls.
6. Miscellaneous
  • Features timer switches, operator consoles, and alarm systems.
7. Three-Way Control Valves
  • Specifications for three-way valves.
8. Damper Actuators
  • Details on damper actuators for opening and closing dampers.
Overview
The document provides detailed specifications and operational guidelines for various components used in air conditioning and ventilation systems.
Specifications
Lists multiple actuators with varying power, torque, and functions, including part numbers and voltage requirements.
Procedures and Recommendations
Emphasizes correct actuator and sensor installation for optimal performance.
Standards and Safety
Components are designed to prevent system failures and ensure safety, complying with standards.
Accessories
Details a range of accessories, including sensors and thermostats.
Control Units
Describes various control units and their specifications.
Key Components
Highlights critical components like servo-motors and valves.
Installation and Configuration
Instructions for installing and configuring components.
PTC Resistor Activation Device TÜS 100a
Specifications and accessories for the device, including compatibility and mounting instructions.
Function Descriptions
  • Fan and Motor Control: Configurations for fan drive and speed control.
  • Motor Protection: Includes PTC resistor and thermocontact options.
  • Air Flow Monitoring: Electronic sensors monitor air flow.
  • Control Functions: Temperature and humidity control.
  • Heat and Cold Register: Continuous control of heating and cooling systems.
  • Heat Recycling: Control of bypass dampers and heat exchangers.
  • Filter and Dampers/Valves: Monitoring and control of air filters and dampers.
  • Miscellaneous: Timer switches and alarm memory.
  • Remote Control: On/Off control and set point alteration.
Ventilation Technology Symbols
Symbols for electronic controllers, air filters, heaters, and coolers.
Overview
The document discusses various types of heat exchangers and components used in air and water heating systems.
Plate Heat Exchanger
Uses thin plates to separate air flows without mixing or transferring humidity.
Rotary Heat Exchanger
Allows for the exchange of both tangible heat and humidity.
Circulation Loop System (KVS)
Transfers heat to a circulating water/glycol mixture for heating outside air.
Three-way Valve
Acts as an actuator in hydraulic systems.
Circulation Pump
Supplies the heat-carrying medium.
Temperature and Pressure Sensors
Measure temperatures and monitor filter dirtiness.
Index of Abbreviations
Explanations for various abbreviations related to technical room air systems.
See more

Catalog excerpts

Controller for air handling units-2

Block circuit diagram 8: Inlet and outlet air device heating PWW; cooling PKW; WRG (circulation loop system Right to make technical alterations reserved! Issue 2004 / 6th edition

 Open the catalog to page 2
Controller for air handling units-3

Safety and guarantee Please observe the following instructions during installation and operation of Rosenberg system regulators: Assembly and electrical work only by trained and authorised technical staff and according to the current relevant and local regulations or standards. The currently applicable operating instructions must be observed! We reserve the right to make alterations to construction and design in the direction of technical progress. Quality management system DIN EN ISO 9001 Rosenberg products are produced with the most up-todate manufacturing methods. Consistent inspection of...

 Open the catalog to page 3
Controller for air handling units-4

Rosenberg system regulation Rosenberg is the contact for project management, system identification, delivery, setup and agreement of technical regulation installations. These installations embody the concept of "everything from one source" and make us good at solving problems in ventilation technology. In this way any interface problems in the planning process are avoided by planning the technical ventilation installation in-house and in the layout of the tailored technical regulation installation by close contact with our project team. With the use and combination of high-quality components,...

 Open the catalog to page 4
Controller for air handling units-5

Airtronic Basic ■ MSD / RTE / RTD ■ Airtronic Basic ■ Airtronic D Layout of the catalogue details: The catalogue is divided into four sections. In the first section, the three control concepts are each presented on three double pages. In the second section, with the help of ten block circuit diagrams the design of a technical ventilation installation is presented in the form of standardised symbols as described in DIN EN 12792 Part 1. An explanation of the symbols used can be found in the appendix. The third section is dedicated to accessories. The components supplied by Rosenberg are described here....

 Open the catalog to page 5
Controller for air handling units-6

Housing dimensions Switch box and housing dimensions Plastic-coated grey steel housing (RAL 7032) with protection type IP 54. The measurements given in the following table apply only to the combinations of control devices described in the catalogue. Depending on customer-specific design of the devices, the housing dimensions/weights can be varied from those given. Information on devices in the AD.. DF manufacturer's series With Airtronic D devices for frequency change drive, the housing dimensions/weights given for the required frequency converters are not taken into account. The size and weight...

 Open the catalog to page 6
Controller for air handling units-7

Description of the controller/TR devices The Rosenberg Compact controller series MSD...TR (for standard motors) or RTE/D...TR (for external rotor motors) is especially suitable for the control of room temperature or inlet air temperature in technical ventilation systems. The control circuit board contained in the compact un-troller series is to set the room or inlet air temperature in conjunction with a room sensor and intake air sensor. The control takes place on a water heat register by the continuous control of the three-way mixing valve. If on the other hand an electric heat register is used,...

 Open the catalog to page 7
Controller for air handling units-8

Cascade control Control functions ■ Control of the heating pump by use of a hot water unit ■ Control of the cooling pump by use of a cold water unit ■ Control of inlet and outlet air dampers ■ Manual continuous control of the mixed air damper ■ Inlet/outlet air dampers shut on frost alarm ■ Three-way valve on frost alarm to maximum flow (heating pump on/fan off) ■ Inlet air temperature control ■ Room/inlet air or outlet air/intake air cascade control ■ Minimal limiting of the inlet air temperature ■ Heating sequence: hot water heat register or electric air heater (up to 4 levels) ■ Cooling sequence:...

 Open the catalog to page 8
Controller for air handling units-9

Airtronic Basic Description of the controllers / Airtronic Basic Airtronic Basic controllers have been specially designed for the control of Rosenberg housed instruments and they represent optimum comfort and safety in operation, monitoring and service of the system. The most up-to-date DDC technology is used. Amongst the advantages of this technology, the option of customer-specific adjustment should be emphasised for very many applications. Complete operation is carried out remotely via a remote control display on which all fault reports and conditions of the service are shown in writing. The...

 Open the catalog to page 9
Controller for air handling units-10

Control functions Airtronic Basic Control Cascade control ■ Circulation pumps dependent on load and outside temperature ■ Control of inlet/outlet air dampers ■ Smooth start mixed air damper ■ Mixed air damper control manual/automatic ■ Preheat function of the hot water air heater Timer switch program ■ 4 switch times per day can be set: temperature and fan level Monitoring functions ■ Inlet air temperature control ■ Room/inlet air or outlet/inlet air cascade control ■ Minimal or maximum limiting of the inlet air temperature ■ PI controller with 3 sequences: heating, cooling, heat recycling ■...

 Open the catalog to page 10
Controller for air handling units-11

Controller description / Airtronic D Airtronic D control devices represent the highest level of development of the Airtronic series and are based on the Airtronic Basic. In addition, operation is also possible with frequency converters as drive units for the fans, pressure, humidity and flow volume control and air quality measurement. Control may also be linked to building control systems via a visualisation program. Remote interrogation and intervention are possible over a modem. Airtronic D control devices cover the entire spectrum of control and drive control of air and air conditioning technology....

 Open the catalog to page 11
Controller for air handling units-12

Control functions Airtronic D Control Cascade control ■ Circulation pumps dependent on load and outside temperature ■ Control of inlet/outlet air shutters ■ Smooth start mixed air shutter ■ Mixed air shutter control manual/automatic ■ Preheat function of the hot water air heater ■ Outside temperature-dependent blocking of fan speed control Timer switch program ■ 4 switch times per day can be input: Temperature and air level Monitoring functions ■ Inlet air temperature control ■ Room/inlet air or outlet/inlet air cascade control ■ Minimal or maximum limiting of inlet air temperature ■ PI controller...

 Open the catalog to page 12

Archived catalogs

  1. WORLD OF FANS

    450  Pages

*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.