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General| Model | HeaterSteam 4 UR002 |
|---|---|
| Category | Humidifier |
| Capacity | 4 kg/h |
| Maximum Current | 13 A |
| Protection Rating | IP20 |
| Weight | 10 kg |
| Control | On/Off |
| Power Consumption | 3 kW |
| Operating Temperature | 5°C to 40°C |
| Storage Temperature | -10°C to 50°C |
Dangers of live electrical parts and the need to disconnect power before accessing internal parts.
Highlights risks associated with water leaks due to malfunctions in connections or the humidifier.
Warns about hot parts and steam delivery at high temperatures (100°C/212°F).
Covers installation, operation, and maintenance by qualified personnel and unauthorized modifications.
Specific attention to separating power and signal cables to prevent electromagnetic interference.
Explains WEEE directive and requirements for separate collection and disposal of electrical equipment.
Describes the range of humidifier models and their steam production capacities.
Provides physical dimensions and weight specifications for different humidifier models.
Instructions for checking the humidifier upon delivery and handling it during unpacking.
Placement advice for optimal steam distribution and maintenance access, including minimum clearances.
Detailed steps for mounting the humidifier on a wall using the supplied support bracket.
Crucial safety reminder to disconnect power before making any hydraulic connections.
General instructions and diagrams for connecting water supply and drain lines, including market-specific requirements.
Details on acceptable water quality parameters (conductivity, hardness, pH) for optimal humidifier operation.
Information on the composition and temperature of drain water, and its disposal.
Compact steam distributors for small ducts or applications like steam baths, mountable horizontally or vertically.
Distributors for AHU or duct applications, delivering steam along their entire length for optimal wetting distance.
Distributors designed to reduce condensate formation within the distributor itself.
Blowers with fans to assist steam absorption, connectable to the humidifier or remotely.
General wiring requirements and identification of cable entry points for power and probes.
Step-by-step instructions for connecting the power cable to the unit, including safety checks.
Description of the control board, its location, terminal functions, and electrical specifications.
Explains how the humidifier generates steam using immersed heaters and water.
Overview of control methods using solid-state relays (SSR) for adjustable steam production.
Operation based on an external contact, either all or nothing, with settable maximum production.
Steam production is proportional to an external signal, with settable hysteresis.
Control based on humidity readings, with settable alarm thresholds for high and low humidity.
Specific control principles for steam bath applications using temperature probes.
Steps for starting the humidifier, including activation sequence, autotest, and initial operation phases.
Guide for initial setup, including language selection and parameter configuration via a wizard.
Description of the touch terminal's interface, colored icons, and intuitive navigation.
Explanation of the function of each keypad button for navigation and operation.
Details on what is shown in different display graphic areas, such as probes, requests, and unit status.
How to access and navigate main menu items like Clock, Scheduler, and Inputs/Outputs.
Configuring control types (humidity, temperature, proportional) and probe settings.
Configuring operational functions such as preheating, drain cycles, and thermal shock.
Setting up network, probes, and other configuration parameters for optimal operation.
Setting up and configuring Master/Slave systems for multiple units to increase production capacity.
Configuring backup units and using the initial setup wizard for first-time configuration.
Overview of connecting multiple humidifiers in a Master/Slave system for increased steam production.
Details on using network switches for Master/Slave connections, including cable specifications.
Explanation of how the Master/Slave system operates with main and slave units, managing external signals.
Detailed guide to setting up the Master/Slave system, including IP addresses, unit rotation, and production limits.
Managing software backup for system continuity and ensuring production during unit malfunctions or maintenance.
How to use the web server for remote configuration and monitoring of unit parameters via a PC.
Instructions for physically connecting the unit to the network and accessing the web server using its IP address.
Overview of web server capabilities, including unit status, network, maintenance, and information access.
How a second unit can be automatically activated for backup in case of malfunction on the first unit.
Wiring diagram and terminal functions for setting up the hardware backup connection between two units.
Configuring supervision via BMS or Ethernet networks, detailing supported protocols like Carel, ModBus, and BACnet.
Lists internal variables used by the Carel protocol for supervisor communication.
Lists variables available for Modbus protocol communication with the humidifier.
Lists variables available for BACnet protocol communication with the humidifier.
Diagrams showing spare parts for different models and their corresponding part numbers.
Routine maintenance tasks and necessary precautions before starting any work on the humidifier.
Detailed procedures for accessing and cleaning the cylinder-boiler, including warnings about hot components.
Step-by-step guides for replacing fuses, PTC sensors, and NTC sensors within the humidifier.
Wiring diagrams for UR002-UR004 single-phase models, versions U and 0.
Wiring diagrams for UR006-UR010-UR013 three-phase models, covering various voltage versions.
Wiring diagrams for UR020-UR080 three-phase models, covering various voltage versions.
Table detailing models, electrical data, power, voltage, current, fuse size, and steam output.
Diagrams showing how to connect boiler heaters for different models and voltage configurations.
Comprehensive table of technical specifications including operating conditions, system parameters, and probe inputs.
Details linear nozzle models and provides diagrams for typical installation scenarios.
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