Production introduction
The foinbo® Portable Firefighting Monitors Remote Control are advanced fire suppression tools tailored for fast-paced, high-risk scenarios-including urban industrial zones, temporary fuel storage sites, and large-scale construction projects where quick, safe fire response is critical. These devices redefine on-site safety by leveraging remote operation: Portable Firefighting Monitors Remote Control let firefighters manage suppression efforts from up to 40 meters away, avoiding direct contact with intense heat, volatile fuel splatters, and smoke that can impair visibility and breathing.
Constructed with anti-rust, high-tensile aluminium alloy (with a matte finish to reduce sun glare), Portable Firefighting Monitors Remote Control balance durability with agile deployment. Weighing 36kg (including a lightweight, foldable stabilizing base), the unit can be unfolded and connected to hoses in under 3 minutes by a single trained operator-thanks to its quick-release inlet couplings and pre-assembled foam delivery lines. It operates within a working pressure range of 0.7–1.15MPa, delivering an adjustable flow rate of 880 to 2150 LPM to match fire intensity: lower rates for small solvent spills, higher rates for large tank fires. The low-expansion foam ratio (≥5 times) and 37-meter maximum spray distance ensure a dense, far-reaching foam blanket that smothers flames and prevents re-ignition. The remote control adds smart functionality too-with real-time pressure readings, battery level alerts, and one-touch preset angles for common fire targets (e.g., tank tops, spill perimeters), simplifying operation even for less experienced teams.
Portable Firefighting Monitors Remote Control work seamlessly with AFFF, AR-AFFF, and fluoroprotein foam concentrates, and connect to standard firefighting systems via 4″/DN100 inlets (with optional 3.5″ adapters for smaller hoses in narrow spaces). Their foldable base also features rubberized feet to grip uneven surfaces-from gravel yards to wet concrete-reducing movement during high-pressure operation. Whether deployed as a first-response tool for municipal fire departments or a backup for industrial facilities, these monitors blend safety, speed, and precision. For teams needing to protect personnel while maximizing suppression efficiency, Portable Firefighting Monitors Remote Control are an essential asset-combining remote operability, rapid deployment, and rugged design to tackle fires in the most dynamic environments.
Products Parameters
|
Model Number |
Flow Rate |
W.Pressure |
Water Max.Reach |
Max. Fog Angle |
Inlet Size |
|
WMKDY 8/50W |
3000 L/Min |
8 bar |
65 meters |
90° |
2*DN65 |
Products Description
FAQ
Q: Does the remote control for Portable Firefighting Monitors Remote Control have encryption to prevent accidental operation by unauthorized devices?
A: Yes, the remote uses AES-128 encryption for its 2.4GHz signal, which only pairs with the monitor it's factory-matched to. Unauthorized devices (e.g., other remote controls, wireless tools) cannot interfere with or operate the monitor, ensuring safe, intentional control.
Q: Can Portable Firefighting Monitors Remote Control be powered by temporary generators if on-site power is unavailable?
A: Absolutely. The monitor's electrical components (for remote operation) run on a 12V DC power supply, which can be connected to portable generators (via a standard DC adapter) or fire truck auxiliary power outlets. A full charge of the monitor's internal backup battery also provides 3 hours of operation without external power.
Q: How to adjust the monitor's position when operating in narrow spaces (e.g., between industrial machinery)?
A: Use the remote's "micro-adjust" mode-this slows horizontal/vertical movement to 5° per second, allowing precise positioning in tight gaps. The foldable base can also be rotated 90° to reduce the monitor's footprint, and the spray stream can be narrowed via the remote's flow control to avoid hitting nearby equipment.
Q: What happens if foam residue builds up on the monitor's pressure sensors over time?
A: Foam residue can slightly reduce sensor accuracy, so clean the sensors (located near the inlet) with a soft brush and mild soapy water every 3 months. The remote will display a "sensor calibration needed" alert if residue affects readings-follow the user manual to recalibrate sensors in 5 minutes using the remote's built-in tool.
Q: Can multiple Portable Firefighting Monitors Remote Control be operated from a single remote to cover large fire areas?
A: Yes, up to 4 monitors can be paired with a single "master remote" (available as an optional accessory). The master remote lets operators switch between monitors, set synchronized spray patterns (e.g., overlapping foam blankets), and adjust flow rates for each unit individually-ideal for large spills or multi-tank fire scenarios.