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Industrial Fire Monitors: Manual and Electric Models for Fixed Firefighting Systems

NONFIR supplies fixed manual and electric remote-controlled fire monitors for industrial fire protection systems. The range includes TFS tiller-controlled, WFS gear-operated, and XFS electric remote-controlled models, with configurations selected according to flow requirements, operating pressure, discharge reach, and installation conditions.

Electrical Remote Control Water Foam Monitor XFS Series
The XFS Series Electrical Remote Control Water Foam Monitor is mainly applied in oil terminals, petrochemical facilities, tank farms, offshore platforms, and other hazardous industrial areas requiring fixed fire protection...
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Explosion-Proof Electric Remote Control Fire Monitor
Explosion-proof electric remote control fire monitor designed for oil terminals, petrochemical facilities, chemical plants and other hazardous areas where fire suppression requires reduced personnel exposure.
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Manual Water Monitor with Aluminum Alloy Nozzle
The Manual Water Monitor With Aluminum Alloy Nozzle is a manually operated fire protection device designed to deliver high-volume water streams. It is mainly used in industrial facilities, warehouses, terminals, and other fire...
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Industrial Fire Monitor Specifications and Performance

NONFIR industrial fire monitors are available in different operating configurations, materials, inlet sizes, and discharge options. Specifications vary by model and configuration.

Specification	Available Options
Operating Types	Manual and electric remote-controlled
Product Series	TFS, WFS, XFS
Flow Capacity	Published range of 1,200–4,800 LPM, depending on model
Reference Operating Pressure	8 bar for the published TFS2.AZ-1 performance data below
Maximum Published Discharge Reach	Up to 85 m under the specified TFS2.AZ-1 operating conditions
Body Materials	SS304 or SS316, depending on model
Inlet Sizes	2.5, 3, or 4 in, depending on model
Flange Standards	BS 4504, ANSI 150, or applicable GB standards
Discharge Options	Straight stream, stream/fog, stacked tips, and specified water-foam configurations

TFS2.AZ-1 Published Performance

The following performance data are listed for the TFS2.AZ-1 at an operating pressure of 8 bar.

Model	Operating Pressure	Nozzle Configuration	Flow Rate	Discharge Reach
TFS2.AZ-1	8 bar	AZ-1 straight-stream nozzle	3,000 LPM	70 m
TFS2.AZ-1	8 bar	AZ-1 straight-stream nozzle	3,600 LPM	75 m
TFS2.AZ-1	8 bar	AZ-1 straight-stream nozzle	4,200 LPM	80 m
TFS2.AZ-1	8 bar	AZ-1 straight-stream nozzle	4,800 LPM	85 m

Flow rate and discharge reach depend on the specified operating conditions. Confirm the rated performance and applicable nozzle configuration against the manufacturer's technical datasheet before final selection.

Compare Industrial Fire Monitor Series

NONFIR offers TFS, WFS, and XFS industrial fire monitors with different operating methods. Select the series according to operator access, positioning requirements, and project control specifications.

Series	Operating Method	Selection Consideration
TFS	Tiller-controlled manual operation	Consider where direct local positioning is suitable.
WFS	Gear-operated manual operation	Consider whether gear-operated manual positioning suits the installation and operating requirements.
XFS	Electric remote-controlled operation	Consider remote positioning requirements, power supply, and control interfaces.

Verify the operating mechanism, available control options, and model-specific configuration before finalizing the series

How to Select an Industrial Fire Monitor

Define Performance Requirements

Determine the required flow rate and discharge reach from the fire protection design. Check these requirements against the available water supply and the selected model's rated performance.

Determine the Operating Method

Choose manual operation for installations suited to local positioning. Consider electric remote control when directional adjustment is required from a separate operating position.

Confirm Medium and Material Compatibility

Specify water or an applicable water-foam configuration. Check material suitability for the site's operating and corrosion conditions.

Verify Installation Compatibility

Check that the selected monitor fits the site's mounting arrangement, piping layout, and maintenance access requirements. Confirm compatibility with the project specifications before finalizing the model.

Industrial Fire Monitor Model Selection Matrix

Model Series	Operating Method	Flow Range	Working Pressure	Maximum Reach	Inlet Size	Material Options	Rotation / Elevation
TFS Series	Manual tiller operation	Available configurations according to model	According to model datasheet	Up to 85 m (published TFS2.AZ-1 data)	2.5", 3", 4"	SS304 / SS316	Model dependent
WFS Series	Manual gear operation	Available configurations according to model	According to model datasheet	Model dependent	2.5", 3", 4"	SS304 / SS316	Model dependent
XFS Series	Electric remote-controlled operation	Available configurations according to model	According to model datasheet	Model dependent	2.5", 3", 4"	SS304 / SS316	Model dependent

Industrial Fire Monitor Applications

Oil and Gas, Tank Farms, and Loading Areas
Evaluate required flow and discharge reach against tank layout, loading positions, potential fire exposure, and available monitor locations. Confirm that the selected configuration meets the project coverage requirements.

Petrochemical Plants and Refineries
Consider process-area hazards, required discharge coverage, material compatibility, and access for operation and maintenance. Verify that the selected monitor integrates with the site's fire protection system.

Marine and Offshore Installations
Assess saltwater exposure, mounting constraints, available space, maintenance access, and applicable marine project requirements. Confirm material suitability and connection compatibility before specifying the monitor.

General Industrial Facilities
Select manual or electric remote-controlled operation according to monitor location, operator access, and the need for directional adjustment from a separate operating position.

Electrical Remote Control Water Foam Monitor XFS Series

Industrial Fire Monitor Manufacturer

Founded in 2025, NONFIR supplies fire protection equipment for industrial and commercial applications. The company reports over 115 employees and annual sales of approximately RMB 301.26 million across its business.
Technical documentation and model-specific product information are available to support product evaluation and project review. Buyers can request applicable datasheets, performance data, installation instructions, and certification documents to verify product suitability against project requirements.

Manual Water Monitor With Aluminum Alloy Nozzle

Fire Monitor Quality Inspection and Testing

NONFIR product pages describe the following checks for applicable fire monitor models:
Material Inspection: Incoming materials and components are checked against specified requirements.
Hydrostatic Testing: Applicable models undergo pressure testing at rated working pressure to check for leakage and structural integrity.
Discharge Performance Testing: Flow rate, discharge reach, and spray pattern are checked under specified operating conditions.
Actuator and Control Testing: Applicable electric models undergo actuator and control-function checks.
Foam Discharge Testing: Applicable foam monitors are tested for foam proportioning, aeration, and discharge reach.
Explosion-Proof Checks: Applicable electric models undergo checks of explosion-proof components and relevant certification.
Inspection procedures vary by model and configuration. Request the applicable test records and certification documents before procurement approval.

Technical Documentation

Request the following documents as applicable to the selected model and project requirements:
Product Datasheet: Rated flow, operating pressure, discharge reach, materials, connections, and nozzle configuration.
· Installation Instructions: Mounting, inlet connections, clearances, and maintenance requirements.
· Material Records: Specified material grades and available traceability records.
· Test Reports: Applicable pressure-test and discharge-performance results.
· Electrical Documents: Power supply, wiring, and control specifications for electric models.
· Certification Documents: Certificates applicable to the selected model and required hazardous-area classification.
Request documents that identify the applicable model, configuration, test conditions, and certification scope, where relevant.

Frequently Asked Questions

Q: How can I compare NONFIR fire monitor models by flow rate and discharge reach?

A: Compare rated flow and reach at the specified operating pressure and nozzle configuration. Use the model-specific datasheet to confirm that the required performance is available in a single configuration.

Q: How can I verify that the supplied documents apply to the selected fire monitor?

A: Check that each document identifies the relevant model or configuration and matches the project requirements. For performance data and certifications, verify the applicable operating conditions, scope, and validity before technical approval.

Q: How can I verify hazardous-area certification for an electric fire monitor?

A: Check the certificate's issuing body, certificate number, applicable standard, equipment marking, and covered model or configuration. Confirm that the certification scope matches the project's hazardous-area classification and installation requirements.

Q: Which control options are available for XFS electric fire monitors?

A: Specify whether wired control, wireless control, manual backup, or a combination is required. Confirm the available options for the selected model before ordering.

Q: How do I confirm connection compatibility?

A: Check the model's connection drawing against the project piping specification, including interface dimensions, flange standard, and connection rating where specified.

Q: How can I start a technical evaluation if the required model is not yet determined?

A: Share the available fire protection design requirements and site constraints with NONFIR. The technical team can review the information, identify potential model options, and confirm which performance data and configuration details require further verification before quotation.

As one of the most professional fire monitor manufacturers and suppliers in China, we have world-leading production equipment and strong manufacturing capabilities. Please feel free to buy advanced fire monitor at competitive price from our factory.