Nortec Industries GS Series manual Consult Factory Prior to the Replacement of ANY Component

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6.Once the pressure has been adjusted, replace the locking cap.

7.Replace the screw in the “out” pressure port and tighten firmly.

COMPONENT REPLACEMENT

CONSULT FACTORY PRIOR TO THE REPLACEMENT OF ANY COMPONENT.

All service work must be performed by experienced and trained personnel.

Only use original NORTEC spare parts to replace defective components. Damage caused by non-approved parts is not covered under NORTEC’s standard warranty.

Hot Surface Igniter and Flame Sensor

Replacement

1.Shut off electrical power and gas supply to the humidifier.

2.Remove the right side service access door.

3.Disconnect all wiring to the igniter and flame sensor.

4.Unscrew the fixing nuts for the igniter and flame sensor. Carefully remove the igniter and flame sensor.

5.Reverse the sequence above to install the new igniter and flame sensor. Always install a new

Figure #27

Flame Sensor and Ignitor Assembly

gasket when replacing the flame sensor and igniter.

CAUTION: The silicon carbide igniter is breakable. Handle with great care to avoid damage.

Burner Removal and Installation

1.Shut off electrical power and gas supply to the humidifier.

2.Remove the right side service access door.

3.Disconnect all wiring to the combustion blower, gas valve, air proving switch, igniter and flame sensor (note the connector assignment).

4.Undo the union on the flexible gas hose and disconnect the gas hose from the gas valve.

5.Undo the 4 nuts on the blower outlet and remove blower, leaving the gas valve/air inlet assembly and the fan-board mounting bracket (if present) mounted to the blower.

6.Undo the 4 large nuts that secure the burner mounting plate to the face of the heat exchanger and carefully remove the burner assembly. Handle the burner only by the metal surfaces. Do not grip the ceramic matting as grease, dust or dirt can affect the performance of the burner.

7.Reverse the sequence above to re-install the burner after cleaning or, if necessary, replace

Figure #28

Burner Assembly

Hold Burner only on metal pipe

Ceramic Matting DO NOT TOUCH!

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Contents Installation User & Maintenance Guide For Your Safety Table Of Contents Principle of Operation General Specifications DeliveryReceiving & Unpacking Equipment Model DesignationModel Specification Figure #1 Typical Installation Indoor Locating and Mounting Side ClearanceGAS Piping GASCombustion AIR Requirements Direct Vent GuidelinesExhaust Venting General RequirementsFigure #7 Vertical Venting Application Using B or BH Venting Figure # Co-venting Application Using B Vent Only Installation as a Category I Appliance Recommended B-Venting ManufacturersInstallation as a Category III Appliance Additional Requirements When Venting Through a SidewallBH Vent Manufacturers Primary Wiring LOW Voltage Control WiringElectrical 600V/3ph 5 6 7 8 9 10 11 12 13 14 15 16 17 Control Installation PlumbingFill Water Supply Line Drain LineGS Outdoor Installation AUX Drain PortSteam Lines and Condensate Line MountingFigure # Gstc Outdoor Typical Installation Rooftop TOP GAS Piping Figure #17 Gas PipingElectrical Installation Exhaust Venting Outdoor UnitsFigure #21 Fill Water Connection Auxiliary DrainCombustion Water ManagementSteam Lines Start UP Procedure START-UP ChecklistTesting the Ignition Safety SHUT-OFF Filling the SystemStarting the Humidifier Taking OUT of OperationGS Inspection Check List Supply Water Line Factory for more informationScale Management Water QualitySafety Instructions Fault ConditionsDraining the Tank Gstc ModelsMandatory Maintenance Schedule Cleaning the Steel Tank Figure #26 Cleaning Tank AccessService Checks Combustion Blower Servicing the UnitBurner Consult Factory Prior to the Replacement of ANY Component Hot Surface Igniter and Flame Sensor ReplacementBurner Removal and Installation Removal and Installation of the Combustion Blower Gas Valve ReplacementAir Switch Replacement Float Chamber ReplacementIgnition Module Replacement Transformer ReplacementFill Valve Replacement Drain Pump Replacement Fill Box ReplacementFigure #38 Heat Exchange Assembly Removal of Heat ExchangerPage Maintenance GSP DAY DrainKeep Warm Analog ChannelMaintenance Shutdown Input ChannelTime Proportioning Blowdown GSPNortec TC Controller Main Menu System Status User Settings Status Lockout System Status 1System Status Service Interval System Status 2Service Level 1 Main Menu System Status Service Level User SettingsService Level 2 User Settings 1 User Settings 2 Main Menu System Status Service Level User SettingsUser Settings 3 TypeService Level password protected User Settings password protectedDiagnostics safety loop protected Product nameScreen Service interval Safety sensorsRemaining Start DateService Level Service intervalService history Fault history Tank DrainTank Pre-Clean Short Cycle DelayBurners User Settings Date / Time UnitsTime of day DateLanguage Controls Water ManagementFtbd Hours Ftbd Hour Blowdown RateFloat Check Fill Corrctn correction Drain Corrctn correctionDrain Cool Control InputTransducer Input Capacity LimitCalibrate Fault List Fault GIF-X See Fault List Page GS Series Internal Components Spare Parts Igniter / flame sensor gasket Page GS Series Indoor Cabinetry Spare Parts GS Series Outdoor Cabinetry Exploded View GS Outdoor Spare Parts List Page InstructionsAssembly GS Quick Reference Limited Warranty Walter Meier Climate USA Inc

GS Series specifications

Nortec Industries has established itself as a leader in the field of industrial automation, particularly with the introduction of its GS Series. This series is designed to cater to the needs of a diverse range of industries, providing advanced solutions for modern manufacturing challenges. The GS Series embodies a perfect blend of technology, precision, and versatility, designed to enhance productivity and efficiency.

One of the standout features of the GS Series is its modular design. This allows for easy customization and scalability, making it a suitable choice for businesses of any size. Users can configure their systems to meet specific operational requirements, ensuring that they get the most out of their investment. The modularity of the GS Series enables companies to start small and expand their operations as needed without extensive overhauls.

Another key characteristic of the GS Series is its incorporation of cutting-edge technologies. This series leverages artificial intelligence and machine learning algorithms to optimize production processes. These technologies enable the system to learn from real-time data, making adjustments that can significantly boost efficiency and reduce waste. Furthermore, the GS Series features advanced sensors and automation tools that allow for precise monitoring and control of manufacturing processes, ensuring that quality standards are consistently met.

The GS Series is also built with robust connectivity options, allowing for seamless integration with existing enterprise systems. This interoperability is crucial in today’s fast-paced business environment, where data-driven decision-making is key to maintaining a competitive edge. The ability to connect with Internet of Things (IoT) devices enhances the flexibility of the GS Series, enabling manufacturers to gather and analyze data from multiple sources for more informed operations.

Safety features are paramount in the design of the GS Series. Nortec Industries prioritizes the well-being of its operators by incorporating numerous safety protocols and fail-safes within the system. These features not only comply with industry standards but also ensure that operations can continue without interruptions caused by safety concerns.

In summary, Nortec Industries' GS Series represents a significant advancement in industrial automation. With its modular design, integration of AI and machine learning, robust connectivity, and inherent safety features, the GS Series is poised to drive efficiency and productivity across various sectors. Companies looking to enhance their manufacturing capabilities would find the GS Series an invaluable asset in navigating the complexities of modern production environments.