Ca-Fire Protection Co.,Ltd is one of the most credible manufacturers and suppliers of horizontal type fire foam chamber low expansion foam generator in China. Welcome to wholesale custom made fire equipment products at competitive price from our factory. Contact us for more cheap products.

 

Horizontal-Type Fire Foam Chamber Low Expansion Foam Generator

(Low-Height Horizontal-Structure Foam-Producing Solution for Space-Constrained Zones)

 

1. Product Name & Positioning

 

Full Name: CA-Fire PC Series CCCF-Certified Horizontal-Type Fire Foam Chamber (Low Expansion Foam Generator, R2-R4 Threaded Inlet)

Abbreviation: CA-Fire PC Horizontal Low-Expansion Foam Generator

Core Positioning: A horizontal-layout foam-producing device tailored for scenarios with limited vertical height-distinct from our previous vertical PCL series (sidewall/tank-mounted, requiring vertical clearance). It converts foam-water mixed liquid into low-expansion foam (expansion ratio ≥5) via a horizontal flow path, designed exclusively for low-ceiling spaces (e.g., equipment platform undersides) where vertical generators cannot fit. While retaining the same low-expansion foam efficiency for Class A/B fires, it solves the "vertical clearance shortage" pain point of the PCL series-ideal for underground garages, industrial workshop ceilings, and compact public building fire systems.

 

2. Core Product Advantages

 

1. Horizontal Installation: Adapt to Low-Vertical-Clearance Scenarios

Unlike the vertical PCL series (requiring ≥320mm vertical clearance for outlet flange installation), the PC horizontal model uses a "horizontal penetration" design:

Minimal vertical space demand: The entire device's height (from installation surface to top) is ≤200mm-fits in spaces with vertical clearance as low as 250mm (e.g., underground garage 吊顶内,factory equipment platform undersides). The vertical PCL series needs ≥400mm clearance (including maintenance space), making it impossible to install in such narrow heights.

Horizontal foam output: Foam flows horizontally along the installation plane (instead of downward for vertical models), ensuring uniform coverage of ground or horizontal tank surfaces without relying on gravity. This is critical for ceiling-mounted scenarios-foam can spread 5-8 meters horizontally to cover large areas, avoiding the "vertical drop concentration" issue of vertical models.

2. Threaded Inlet Design: Faster Pipeline Connection (vs. Vertical Flange Inlet)

A key structural difference from the vertical PCL series (flange inlet):

Imported threaded connection: Inlet adopts R2-R4 British standard threads (PC4: R2, PC8: R2½, PC16: R3, PC24: R4) that directly match standard fire hoses or threaded pipelines. Installation takes 15-20 minutes (just tighten the thread with a wrench), 40% faster than the vertical PCL series (which requires aligning and bolting flange holes, taking 30-35 minutes).

No flange adapter needed: For small-diameter pipelines (DN50-DN125), the threaded design eliminates the need for flange-to-thread adapters (required for vertical PCL models when connecting to threaded pipelines), reducing material costs and potential leakage points.

3. Lower Maintenance Height: Safe & Convenient Operation

Addressing the vertical PCL series' need for ladders/elevated platforms for maintenance:

Accessible components: The foam observation window, filter screen, and pressure gauge are all installed on the horizontal side of the device-maintenance personnel can operate while standing on the ground (even when the generator is mounted 1.5m high on a ceiling). The vertical PCL series' top inspection port requires a 1.2m+ ladder for access, increasing safety risks.

Quick filter replacement: The 100-mesh stainless steel filter is located on the horizontal inlet side-just unscrew the threaded cover to remove it, no need to disassemble the entire device (unlike the vertical PCL series, which requires removing the top inspection port first). Maintenance time is cut by 50% compared to vertical models.

4. Optimized Flow Path: Lower Pressure Loss in Horizontal Layout

Redesigned internal flow channel for horizontal liquid movement (vs. vertical PCL series' gravity-driven flow):

Uniform pressure distribution: The horizontal flow path ensures foam-water mixed liquid flows evenly through the stainless steel mesh, with pressure loss ≤0.04MPa (at 0.6MPa working pressure)-20% lower than the vertical PCL series (≤0.05MPa). This avoids foam ratio deviation caused by uneven pressure in horizontal pipelines, a common issue when vertical models are forced to install horizontally.

Anti-accumulation structure: The horizontal chamber's bottom is designed with a 3° slope to prevent liquid accumulation (which causes mesh clogging in improperly installed vertical models). This ensures stable foam production even during long-term low-flow operation (e.g., 4 L/S for PC4).

5. Flexible Mounting Options (Unique to Horizontal Design)

The vertical PCL series is limited to sidewall/tank-mounted installation, while the PC horizontal model offers multiple mounting ways:

Ceiling suspension: Use the built-in mounting lugs to hang from the ceiling (common in shopping mall underground garages)-foam flows downward at a 15° angle to cover the ground.

Wall horizontal mounting: Install horizontally on low walls (e.g., factory workshop partition walls)-foam flows parallel to the wall to cover adjacent equipment.

Pipeline integration: Can be directly integrated into horizontal foam pipelines (no extra brackets needed), forming a "pipeline-mounted foam station"-a capability the vertical PCL series lacks (requires independent wall brackets).

 

3. Detailed Technical Parameters (Highlight Horizontal-Specific Data)

 

Parameter Category	CA-Fire PC Horizontal Series	CA-Fire PCL Vertical Series
Model Number	PC4, PC8, PC16, PC24	PCL4, PCL8, PCL16, PCL24
Installation Type	Horizontal (ceiling/suspension/wall-mounted)	Vertical (sidewall/tank-mounted)
Inlet Connection	Threaded (R2-R4 British standard)	Flange (DN50-DN125)
Outlet Flange Center Height	220mm (PC4) - 240mm (PC24)	320mm (PCL4) - 420mm (PCL24)
Vertical Clearance Requirement	≥250mm	≥400mm
Working Pressure Range	0.3-0.6MPa	0.3-0.6MPa
Rated Mixed Liquid Flow Rate	4-24 L/S	4-24 L/S
Foaming Ratio	≥5x (low expansion)	≥5x (low expansion)
Flow Coefficient (K)	107 (PC4) - 644 (PC24)	107 (PCL4) - 644 (PCL24)
Lead Time	25 days (1-100 units)	25 days (1-100 units)

 

4. Applicable Scenarios (Leveraging Horizontal Advantages)

 

Underground Garages: Mounted on the ceiling (vertical clearance ≤300mm) to suppress oil leaks from vehicle engines-horizontal foam output covers 8-10㎡ per device, avoiding the need for multiple vertical models.

Industrial Workshop Ceilings: Installed under equipment platforms (e.g., automobile assembly lines) to suppress Class A fires (wooden packaging) or Class B fires (lubricating oil leaks)-low height fits between platform and ground.

Compact Public Buildings: Shopping mall atriums, hotel lobbies with decorative ceilings-horizontal mounting hides the device in the ceiling, avoiding the "exposed vertical device" impact on aesthetics (a problem with the PCL series).

Temporary Fire Stations: Paired with mobile foam proportioning devices-horizontal structure is easy to mount on the side of rescue vehicles, and threaded inlet connects quickly to mobile hoses (faster than vertical flange models).

 

5. Frequently Asked Questions (FAQ)

 

Can the horizontal PC series be installed vertically?No. The internal flow path and foam deflector are designed for horizontal liquid movement-vertical installation will cause liquid to accumulate in the chamber, reducing foaming efficiency by 70% and possibly damaging the stainless steel mesh. For vertical scenarios, choose the PCL series.

What's the difference in foam coverage between horizontal and vertical models?Horizontal models spread foam horizontally (coverage radius 5-8m) and are better for large-area ground/ceiling coverage; vertical models spread foam downward (coverage radius 3-5m) and are better for tank sidewall or vertical surface coverage. Choose based on the fire area's orientation.

How to handle thread leakage during installation?We provide PTFE thread seal tape (included with each device) that resists foam concentrate and water erosion. Wrap the tape 3-5 times around the male thread before installation-this ensures zero leakage (the vertical PCL series uses flange gaskets for sealing, a different method).

Is the horizontal model suitable for outdoor use?Yes, but we recommend adding a rain cover (MOQ 50 units) to protect the threaded inlet from rainwater. The vertical PCL series has a built-in rain shield for outdoor use, but the horizontal model's exposed threads need extra protection-this is the only outdoor use limitation compared to the vertical series.

 

 

Hot Tags: horizontal type fire foam chamber low expansion foam generator, China horizontal type fire foam chamber low expansion foam generator manufacturers, suppliers, factory, Low Expansion Foam Chamber, Air Foam Chamber, Foam Chamber, Foam System Firefighting Foam Chamber