Forede 2.5" Inlet High Pressure Electrice Fire Water Monitor

• Customization: Available
• Material: Aluminum Alloy
• Flow Rate: 1200lpm; 20lps
• Model NO.: PSKD20B
• Working Pressure: 8 Bar
• Max. Fog Angle: 120°
• Max. Reach: 53 Meters
• Vertical Range: -90° to +90°
• Horizontal Range: 360°
• Power Supply: DC24 V
• Nozzle Size: 2.5" Nh
• Inlet Size: 2.5" Flange End
• Flange Standard: ANSI, BS
• Type: Remote Control
• Transport Package: Box
• Specification: 51*47*55
• Trademark: forede
• Origin: Fujian, China
• HS Code: 8424899990
• Production Capacity: 200 PCS/Mn.

Product Description

Product Description

The electric controlled fire water monitor can realize remote wired control and manual operate. Besides, wireless controller is available to control the horizontal rotation and vertical rotation far from fire-fighting equipment. It can be fixed while operating which is helpful for firefighters to evacuate from fire scene safely.

Features: 

1) Hard anodized aluminium alloy construction,

2)Constant or Selectable nozzle;

3)Electric control jetting Pattern: Straight stream,Fog;

4)Driver and control unit box are waterproof;

5) Optional power supply 12V/24V DC(optional),or 100-230AC.

More Details as following:

Model Number	PSKD8/20W-B	PSKD8/30W-B	PSKD8/40W-B	PSKD8/20-40W-B
Flow Rate	1200 LPM Constant Flow	1800 LPM Constant Flow	2400 LPM Constant Flow	1200-1800-2400 LPM Selectable Flow
Working Pressure	8 Bar	8 Bar	8 Bar	8 Bar
Max. Reach	50 meters	60 meters	65 meters	50-65 meters
Max. Fog Angle	120°
Max Range Of Motion	-90° to +90° Vertically, 340° Rotation,other degree available
Power Supply	DC 24V is standard
Power Consumption	≤200W
Waterway Size	2 1/2" (65mm)
Monitor Outlet	2 1/2" (65mm) NH male thread
Monitor Inlet	Flange 2.5" ANSI 150# is standard,other size and standard available
Material	Monitor & Nozzle- Hard coated anodized aluminium alloy
Control System	ICS-01 or VMCS-01

Detailed Photos

Parts:

Control System: 

Packaging & Shipping

 

 

FAQ

1.Q1: What is the difference between "Constant Flow" and "Selectable Flow" rate options?
A: "Constant Flow" means the fire monitor discharges a fixed volume of fluid (e.g., water) per minute, maintaining a steady output. "Selectable Flow" allows users to choose from multiple flow rates (like 1200 - 1800 - 2400 LPM in PSKD8/20 - 40W - B), providing flexibility to adapt to different fire - fighting scenarios, such as smaller fires needing less water or larger blazes requiring higher discharge.

2.Q2: How does the 340° horizontal rotation compare to a full 360° rotation, and what are the implications?
A: A 340° horizontal rotation means there's a 20° "dead zone" where the monitor can't rotate. In practical use, this might limit coverage in very large, open areas. However, for most industrial or commercial settings, 340° is sufficient, and the design likely balances functionality (e.g., avoiding internal component interference) with coverage needs. If full 360° is critical, check if custom configurations are available.

3.Q3: Can the "Electric control jetting Pattern: Straight stream, Fog" be switched automatically based on fire type?
A: The monitor likely requires manual or pre - programmed switching between straight stream (good for penetrating fires, reaching distance) and fog (effective for cooling, suppressing smoke, protecting firefighters). While some advanced systems might integrate with fire - detection sensors to auto - switch, typically, it's controlled via the remote or local panel, letting operators choose the best pattern for the situation.

4.Q4: How does the "waterproof" feature of the electric driver and control unit box work in practice?
A: The waterproof design (likely IP - rated, though not specified) seals the electric components from water ingress. This allows the monitor to operate in wet conditions, like rain or near sprinkler systems, without short - circuiting. It protects internal wiring, motors, and controls, ensuring reliability during fire - fighting operations where water exposure is inevitable.

5.Q5: What's the advantage of having an "Optional power supply" (12V/24V DC or 100 - 230V AC)?
A: The optional power supply lets the monitor adapt to different installation sites. DC power (12V/24V) is useful for remote areas, mobile setups (e.g., on fire trucks), or sites with solar/battery systems. AC power (100 - 230V) suits fixed industrial/commercial buildings with standard electrical grids. This flexibility ensures compatibility regardless of power infrastructure.

6.Q6: How does "Max. Fog Angle" (120°) impact fire suppression, and when is fog mode most useful?
A: A 120° max fog angle creates a wide, dispersed spray. Fog mode is ideal for cooling hot surfaces, reducing smoke, and protecting personnel (e.g., creating a "curtain" between firefighters and flames). It's less effective for reaching distant fires but excels in controlling fire spread, protecting assets, or improving visibility in smoky environments.

7.Q7: Can the "Max. Range Of Motion" (- 90° to + 90° Vertically, 340° Rotation) be adjusted for specific site layouts?
A: Yes, the "other degree available" note suggests custom range adjustments. For example, if a site has low ceilings or obstacles, the vertical/horizontal rotation can be limited to avoid damage or ensure coverage only where needed. Manufacturers can tailor the motion range to fit unique installation requirements.

8.Q8: How does the "Hard coated anodized aluminium alloy" material perform in corrosive environments?
A: Hard anodized aluminium forms a durable oxide layer, resisting corrosion from water, chemicals, and weather. In corrosive environments (e.g., coastal areas, chemical plants), this coating protects the monitor's body and nozzle, extending lifespan and maintaining performance. It's a key feature for harsh - condition installations.

9.Q9: What's the difference between control systems "ICS - 01" and "VMCS - 01," and how do they affect operation?
A: While specifics depend on the manufacturer, "ICS - 01" and "VMCS - 01" likely represent different control architectures. One might offer basic remote functions (e.g., pan, tilt, flow), while the other could include advanced features like auto - tracking, integration with fire alarms, or data logging. Choose based on site needs (simple vs. smart, integrated systems).

10.Q10: How does "Max. Reach" vary by model, and what factors influence this difference?
A: "Max. Reach" (50 - 65 meters across models) depends on flow rate, pressure, and nozzle design. Higher flow - rate models (e.g., 2400 LPM in PSKD8/40W - B) can push water farther due to increased momentum. Nozzle geometry (e.g., diameter, spray pattern) also plays a role-streamlined nozzles optimize reach for straight - stream mod
 

Products Workshop

Order Information

Dear Customer,
 

Before ordering, please contact with our sales team to discuss order information.
 

If you have any other requirements or wanna know more info about our products, welcome to contact as well. Our Sales team and Technical Department are willing to support you.