| Customization: | Available |
|---|---|
| Material: | Aluminum Alloy |
| Flow Rate: | 30lps; 1800lps |
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The electric controlled fire water monitor is explosion proof type, which 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:
| Model Number | PSKD8/20G-B | PSKD8/30G-B |
| Flow Rate | 1200 LPM Constant Flow |
1800 LPM Constant Flow |
| Working Pressure | 8 Bar | 8 Bar |
| Max. Reach @ 8 bar | 50 meters | 60 meters |
| Max Range Of Motion | -90° to +90° Vertically, 360° 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-EX-01 or VMCS-01 | |
Parts:
Control System: Accessories:
1.Q1: How does the aluminium alloy construction with hard anodizing contribute to the durability of the fire monitor?
A: The aluminium alloy construction is lightweight yet strong, making it suitable for fire - monitor applications. The hard anodizing process forms a protective oxide layer on the aluminium surface, which significantly enhances its resistance to corrosion, abrasion, and environmental damage. This ensures the fire monitor can withstand harsh conditions, such as exposure to water, chemicals, and extreme temperatures, over an extended period.
2.Q2: Can the vertical travel range of 180° (- 90° to + 90°) be adjusted to cover specific areas more precisely?
A: Yes, the vertical travel range of 180° allows for precise adjustment to cover specific areas. The remote - control functionality enables operators to set the vertical angle according to the fire - prone or protected areas. This flexibility is crucial for effectively targeting fires in complex industrial or storage environments.
3.Q3: What is the significance of the explosion - proof class IICT4, and in which environments is it necessary?
A: The explosion - proof class IICT4 indicates that the fire monitor is designed to operate safely in environments where there is a risk of explosive atmospheres. Class I refers to gas and vapor atmospheres, II to dust atmospheres, and T4 means it can handle relatively high - temperature surfaces without causing ignition. It is necessary in industries such as petrochemical, chemical, and mining, where flammable gases, vapors, or dust may be present.
4.Q4: How does the constant flow rate feature benefit the operation of the fire monitor?
A: The constant flow rate feature ensures a stable and predictable water or fire - suppression - agent discharge. This is important for maintaining consistent fire - fighting performance, as it allows operators to calculate and rely on the amount of suppression agent being delivered. It also helps in coordinating with other fire - suppression systems and ensures effective fire control.
5.Q5: Can the power supply be customized to fit different site - power availability?
A: Yes, the fire monitor offers an optional power supply. It can be powered by 12V/24V DC (optional) or 100 - 230V AC, allowing it to be customized to fit the power availability at different sites. This flexibility makes it suitable for a wide range of installations, from remote areas with DC power sources to industrial sites with standard AC power.
6.Q6: How does the electric control jetting pattern (straight stream) affect its fire - fighting effectiveness?
A: The straight - stream jetting pattern provides a focused and powerful discharge of the suppression agent. This is ideal for penetrating fires, reaching distant targets, and creating a strong barrier against fire spread. It is particularly effective in combating large fires or fires in open areas where a concentrated stream can have a significant impact.
7.Q7: What is the maximum reach of the fire monitor, and how is it calculated?
A: The maximum reach is 50 meters for PSKD8/20G - B and 60 meters for PSKD8/30G - B at 8 bar working pressure. It is calculated based on factors such as the flow rate, pressure, and the design of the nozzle. The reach determines the distance the suppression agent can be effectively discharged, which is crucial for covering large areas or reaching fires in hard - to - access locations.
8.Q8: Can the control system (ICS - EX - 01 or VMCS - 01) be integrated with other building or industrial control systems?
A: Yes, the control systems are likely designed to be integrable with other building or industrial control systems. This allows for centralized monitoring and control of the fire monitor as part of a comprehensive fire - safety and building - management system. Integration can enable automated responses, remote monitoring, and coordination with other fire - suppression and safety devices.
9.Q9: How often should the fire monitor be inspected and maintained to ensure its explosion - proof integrity?
A: To ensure explosion - proof integrity, the fire monitor should be inspected regularly, at least annually by a qualified professional. Maintenance should include checking for any damage to the aluminium alloy body, verifying the functionality of the explosion - proof components, testing the remote - control operation, and ensuring the integrity of electrical connections. More frequent inspections may be required in harsh or high - risk environments.
10.Q10: What is the impact of the waterway size (2 1/2" or 65mm) on the performance of the fire monitor?
A: The 2 1/2" (65mm) waterway size determines the flow capacity of the fire monitor. A larger waterway allows for a higher flow rate, which is necessary for delivering a sufficient amount of suppression agent to combat large fires. It also affects the pressure drop and the overall performance of the fire - fighting system, ensuring that the monitor can operate effectively under the specified working pressure.
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