Super Solid Jet Water Monitor
Manual Operated Stand Post Type | 1750-3750 LPM Capacity | Export Quality
Product Overview
The Kinde Fire Super Solid Jet Water Monitor is a premium-grade, manually operated stand post type firefighting equipment designed for industrial, commercial, and high-risk fire protection applications across UAE, Saudi Arabia, Kenya, USA, UK, and India. Engineered with precision to deliver exceptional flow rates of 1750 LPM to 3750 LPM at 7 kg/cm² inlet pressure, this monitor provides reliable, long-range fire suppression with horizontal throws reaching up to 53 meters in still wind conditions.
Technical Specifications & Material Selection
🔧 Customize Material Configuration
63 mm | Carbon Steel Body | Gun Metal IS 318 LTB-II Swivel | Aluminum Nozzle | Mild Steel Base
| Parameter | Specification |
|---|---|
| Model Number | KFP-WM-SJ-1750-CS |
| Waterway Size | 63 mm |
| Flow Capacity | 1750 LPM at 7 kg/cm² |
| Inlet Connection | 2 1/2" Flange as per ANSI B 16.5 150# |
| Outlet Type | Solid Jet Nozzle |
| Monitor Type | Lock Type / Manual Operation |
| Working Pressure Range | 7 - 13.2 kg/cm²(g) |
| Horizontal Throw (at 30°) | 53 Meters in Still Wind @ 7 kg/cm² |
| Horizontal Movement | 360° Continuous Rotation |
| Vertical Movement | -45° to +80° |
| Body Material | Carbon Steel |
| Swivel Joint Material | Gun Metal IS 318 LTB-II |
| Nozzle Material | Aluminum |
| Base Flange Material | Mild Steel |
| Handle Material | Stainless Steel SS 304 |
📋 Request Detailed Quotation via WhatsApp
Fill in your details below and send your inquiry directly to our WhatsApp for instant response
Testing & Quality Parameters
🔬 Testing Standards
- Dimensional Inspection: As per Internal Drawing
- Body Hydrostatic Testing: 25 kg/cm²(g) for 5 minutes
- Leakage Test: Zero leakage tolerance
- Performance Verification: Flow & throw distance testing
🔧 Flange Standards
- ANSI B 16.5 150# (Primary)
- IS 1538 Flange compatibility
- BS 4504 PN16 (On request)
- DIN 2501 PN16 (On request)
🎨 Finish & Marking
- Finish: Fire Red Paint or Powder Coating
- Nozzle: Natural metallic finish
- Marking: KFP / Mfg. Year / Serial Number
- Warranty: 12 months from dispatch date
Testing & Certification Capabilities
Our Super Solid Jet Water Monitor is manufactured following industry best practices and can be tested and certified as per project requirements through NABL accredited laboratories:
Third-party test certificates
25 kg/cm² for 5 minutes
Flow rate & throw distance
MTC for all components
Quality Management System
As per drawings
Global Export Destinations
Supplying fire safety equipment to customers across continents
Key Features & Benefits
Superior Corrosion Resistance
- Marine-grade stainless steel 304 construction available for coastal environments
- Powder coating finish provides protective barrier against pollutants
- 15+ years service life in harsh refineries and chemical plants
- Reduces maintenance costs and ensures operational readiness
Zero Leakage Guarantee
- Precision-engineered gun metal swivel joints with advanced sealing
- Rubber washers designed for extreme pressure fluctuations
- Hydrostatic testing at 25 kg/cm² for 5 continuous minutes
- Maintains optimal 1750-3750 LPM flow capacity
Extended Reach Performance
- Certified 53-meter horizontal throw at 7 kg/cm² pressure
- Solid jet stream maintains water column integrity
- Keeps response teams at safe standoff distances
- Ideal for refineries, tank farms, and warehouses
360° Smooth Operation
- Precision-machined stainless steel worm gears
- Vertical articulation range of -45° to +80° (135-degree total)
- Single operators can target fires at multiple levels
- Improves response speed in emergency scenarios
Frequently Asked Questions (FAQ)
We provide comprehensive documentation including material test certificates (MTC) for all components, hydrostatic test reports showing 25 kg/cm² pressure testing for 5 minutes with zero leakage, dimensional inspection reports, and ISO 9001:2015 quality management certificates. Additionally, we can arrange third-party testing through NABL accredited laboratories as per project specifications.
Standard delivery timelines are: Manufacturing lead time 3-4 weeks for orders up to 50 units, Sea freight to UAE/Saudi Arabia 10-12 days from Mumbai/Mundra port, Sea freight to East Africa 12-15 days, Sea freight to USA/Europe 25-30 days. Air freight option available for urgent orders (5-7 days total). We provide export-ready packaging with full marine insurance coverage.
Yes, we offer extensive customization including: Flange standards (ANSI B 16.5, BS 4504, DIN 2501, or custom drilling), Material combinations (carbon steel or SS304 for body, gun metal or stainless steel for swivel joints), Special finishes (custom paint colors, hot-dip galvanizing), Alternative inlet sizes (1.5" to 6"), and Nozzle configurations (solid jet, fog nozzle, or combination). Customization typically adds 1-2 weeks to manufacturing lead time.
Material selection depends on: Environmental conditions - stainless steel 304 is essential for coastal installations, offshore platforms, chemical plants, and outdoor installations subject to rain/humidity; carbon steel is adequate for indoor installations and dry climates. Water quality - stainless steel recommended for seawater systems. Maintenance capabilities - stainless steel requires minimal maintenance (20+ year life); carbon steel requires periodic painting (10-15 year life). Budget - carbon steel costs 30-40% less initially.
We provide comprehensive after-sales support including: Complete spare parts inventory with express delivery 5-7 days worldwide, 24/7 WhatsApp support for troubleshooting and technical queries (response within 4 hours), Detailed maintenance manuals and video tutorials, 12 months comprehensive warranty covering manufacturing defects, Installation and operation training via video conference or on-site visits for major projects, Annual maintenance contracts available for periodic inspection and testing.
What is a Super Solid Jet Water Monitor?
A super solid jet water monitor is a manually operated stand post type firefighting equipment designed to deliver high-volume water streams at extended distances for industrial fire suppression applications. Unlike standard fog nozzles, solid jet water monitors produce a coherent, concentrated water column that maintains its integrity over distances of 50+ meters.
Water Monitor Manufacturer in India for Export
Kinde Fire is an ISO 9001:2015 certified manufacturer of super solid jet water monitors in India, specializing in export-quality fire protection equipment for global markets including UAE, Saudi Arabia, Qatar, Kenya, Nigeria, USA, UK, and Australia. Our manufacturing facility employs advanced fabrication techniques and rigorous quality control.
Applications of Fire Water Monitors
Fire water monitors are essential firefighting equipment used in refineries, petrochemical plants, tank farms, warehouses, aircraft hangars, LNG terminals, power plants, shipyards, and industrial manufacturing facilities. They provide long-range fire suppression capability, allowing firefighters to combat large-scale fires from safe standoff distances.
Material Selection Guide for Water Monitors
Carbon steel water monitors offer cost-effective solutions for indoor installations in dry climates with freshwater systems. Stainless steel 304 monitors are recommended for coastal environments, offshore platforms, seawater applications, and installations requiring minimal maintenance over 20+ years service life. Gun metal swivel joints provide superior wear resistance and smooth operation under continuous rotation.
How to Calculate Required Water Monitor Capacity
Water monitor capacity selection depends on hazard classification, area coverage requirements, and fire protection codes. For Class A combustibles, typical flow rates are 1750-2500 LPM. For flammable liquid storage (Class B), 2500-3750 LPM monitors are recommended. High-risk petrochemical facilities may require multiple monitors with combined flow capacity of 10,000+ LPM to provide adequate protection.
Installation Guidelines for Water Monitors
Water monitors should be installed on reinforced concrete foundations with anchor bolts sized per manufacturer specifications. Mounting height typically ranges from 1.2 to 1.5 meters above finished grade for optimal operator visibility and control. Inlet piping must be sized to prevent pressure loss - minimum 2.5 inch for 1750 LPM monitors, 3 inch for 2580 LPM, and 4 inch for 3750 LPM capacity models.
Maintenance Requirements for Fire Water Monitors
Water monitors require quarterly visual inspections, semi-annual operational testing including full 360-degree rotation and vertical movement verification, annual hydrostatic testing at rated working pressure, and lubrication of moving parts every 6 months. Rubber seals and washers should be replaced every 2-3 years or as needed based on inspection. Carbon steel monitors require repainting every 2-3 years to maintain corrosion protection.
Export Documentation for Fire Fighting Equipment
Kinde Fire provides complete export documentation including commercial invoice, packing list, bill of lading, certificate of origin, material test certificates, hydrostatic test reports, dimensional inspection reports, ISO 9001:2015 quality certificates, and third-party testing reports from NABL accredited laboratories when required. We handle all export formalities and coordinate with freight forwarders for seamless international shipping.
Comparison: Manual vs Remote Operated Water Monitors
Manual water monitors require on-site operators for positioning and flow control, making them suitable for facilities with trained firefighting personnel. Remote operated monitors allow control from safe locations via electric or hydraulic actuators, ideal for unmanned installations or high-risk areas where personnel access during emergencies is dangerous. Manual monitors offer lower initial cost and simpler maintenance, while remote monitors provide enhanced safety for hazardous environments.
Fire Water Monitor Standards and Codes
Fire water monitors are designed and tested per international standards including NFPA 15 (Water Spray Fixed Systems), BS EN 671-1 (Fixed Firefighting Systems), IS 2171 (Fire Hose Reels and Hose Boxes), and project-specific requirements. Flanges conform to ANSI B 16.5, BS 4504, or DIN 2501 standards. Hydrostatic testing follows ISO 7240 guidelines. Performance verification includes flow rate measurement, throw distance testing, and operational functionality assessment.