Pad & Fan Greenhouse Cooling ZCXS-1100 1000mm 32500m3/h 1

Pad & Fan Greenhouse Cooling ZCXS-1100 1000mm 32500m3/h 2

Pad & Fan Greenhouse Cooling ZCXS-1100 1000mm 32500m3/h 3

Pad & Fan Greenhouse Cooling ZCXS-1100 1000mm 32500m3/h 4

Pad & Fan Greenhouse Cooling ZCXS-1100 1000mm 32500m3/h 5

Pad & Fan Greenhouse Cooling ZCXS-1100 1000mm 32500m3/h 6

Pad & Fan Greenhouse Cooling ZCXS-1100 1000mm 32500m3/h 7

Pad & Fan Greenhouse Cooling ZCXS-1100 1000mm 32500m3/h

Step into a sunlit greenhouse transformed by the Pad & Fan Greenhouse Cooling ZCXS-1100: its 1000mm wet pad and powerful 32,500 m3/h airflow sweep a cool, whispering breeze through every row. Warm afternoon air is drawn gently through the saturated pad, evaporative cooling bathing leaves and seedlings in a soft, refreshing mist while the fan circulates uniform, plant-friendly temperatures. Rugged and dependable, the ZCXS-1100 turns stifling heat into a calm, productive microclimate that growers and crops both relish.

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Imput Powe

120/370750/1100/1500w

Blade Diameter

1000/1250/1400mm

Air Volume

32500/44000/55800 (m3/h)

Rated Voltage

380v

Powerful Compact Durable Cooling

The ZCXS-1100 Exhauat fan delivers powerful greenhouse cooling with a 1000mm blade and 32500m3/h airflow to rapidly reduce temperature and stabilize humidity for healthier crops. Built in a slim circular industrial style with robust quality components and secure packaging, the pad & fan system offers long service life and low maintenance. Optimized speeds (blade 600 r/min, motor 1400 r/min) and a noise parameter of 70 ensure efficient ventilation, easy installation, and dependable performance for large-scale growers.

Massive Airflow Evaporative Cooler

The Pad & Fan Greenhouse Cooling ZCXS-1100 is an Exhauat fan system built around a 1000 mm blade, with a 600 r/min blade speed and 1400 r/min motor speed delivering 32,500 m3/h of airflow for powerful ventilation. Designed as a pad-and-fan cooling solution, it provides efficient temperature and humidity control for large greenhouses while optimizing air exchange and operating costs. The heavy-duty fan architecture features a balanced blade design and rugged frame for stable low-pressure performance, easy integration with cooling pads, and reduced maintenance for long-term reliability.

Efficient Greenhouse Cooling System

The Pad & Fan Greenhouse Cooling ZCXS-1100 combines a heavy-duty Exhauat fan with a 1000 mm blade diameter and a high-capacity airflow of 32500 m3/h to deliver strong ventilation for commercial greenhouses. With a blade speed of 600 r/min and motor speed of 1400 r/min producing a total pressure of 70 Pa, this pad and fan system efficiently moves air across evaporative cooling pads to stabilize temperature and humidity. Rugged construction and compact dimensions make it suitable for continuous agricultural use, providing reliable cooling performance and energy-conscious operation.

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Efficient High-Capacity Quiet Durable

Born from a decades-long commitment to sustainable horticulture, the ZCXS-1100 Pad & Fan Greenhouse Cooling system was engineered with precision components and corrosion-resistant materials to deliver reliable performance in demanding environments. Its 1000mm, 32500m3/h capacity combines high-efficiency pads with a purpose-built Exhauat fan and smart airflow channels to maintain uniform temperatures, reduce humidity, and lower energy consumption. Key features and advantages include rapid cooling response, easy-to-service modular pads, whisper-quiet operation, durable motor assembly, and optimized airflow for healthier crop yields and lower operational costs.

Material introduction

The Pad & Fan Greenhouse Cooling ZCXS-1100 features a heavy-gauge galvanized steel housing and reinforced frame to resist corrosion and support its 1000mm blade diameter under continuous operation. Its Exhauat fan assembly uses corrosion-resistant aluminum blades and a robust motor casing engineered for 600 r/min blade speed and 1400 r/min motor speed, delivering a 32500 m3/h air volume with stable low-noise performance. Evaporative cooling pads are made from durable PVC/cellulose composite media for high water retention and easy cleaning, while seals and fasteners are stainless steel to ensure long service life in humid greenhouse environments.

◎ Hammered Galvanized Steel Housing

◎ Aluminum Alloy Blades & Heavy-duty Motor

◎ Treated Cellulose/PVC Cooling Pads

FAQ

= airflow (m3/h) ÷ (desired air changes per hour × greenhouse height (m)). Example

for a 3 m high greenhouse: - At 30 air changes/hour: 32,500 ÷ (30×

≈ 361 m2 - At 60 air changes/hour

32,500 ÷ (60×

≈ 181 m2 Select air-change targets based on crop type and climate; multiple units can be installed in series along the pad wall for longer houses. Q In what climates and situations is this pad & fan system most effective? What cooling can I expect? A Evaporative cooling is most effective in hot, dry to moderately humid climates. When outdoor relative humidity is low (ideally <50–60%), temperature reductions of roughly 6–12°C are commonly achievable; cooling decreases as humidity rises. It’s ideal for greenhouses, shade houses, and animal houses where lower cost, large-volume ventilation and humidity management are needed. Performance varies with ambient conditions, pad condition, and airflow uniformity. Q How should the ZCXS-1100 be installed and arranged in a greenhouse for best performance? A Typical arrangement places the wet pads on the air-inlet wall and the fans on the opposite side to produce steady cross-flow. Key points

- Ensure inlet openings are unobstructed and sized to match airflow to avoid short-circuiting. - Install a water distribution header and pump to wet the pad evenly; include filtration and a float/drain for recirculation. - Use weatherproof electrical connections and provide a control panel or thermostat/hygrostat for automated on/off control. - For long greenhouses, install multiple pad/fan units at intervals to maintain uniform conditions. Refer to the unit’s installation manual and local electrical codes for mounting height, structural supports, and clearances. Q What routine maintenance does the pad & fan system require? A Regular maintenance keeps performance and lifespan high: - Weekly: check and clean water filters, confirm even pad wetting, inspect pump operation. - Monthly: clean or flush the water distribution gutter, inspect pad for blockages, check fan belts and motor for overheating/vibration. - Every 6–12 months: inspect and clean fan blades and housing, lubricate bearings if required, and check electrical connections. - Replace pads when they show significant mineral buildup, tears, or reduced water flow (often every 1–3 years depending on water quality). Winterize by draining water lines and protecting pads/fan from freezing if the system will be idle. Q What crops and other applications are suitable for the ZCXS-1100, and what are the main benefits and limitations? A Suitable applications: commercial vegetable and flower greenhouses, nurseries, hatcheries and poultry houses, shade structures, and other large ventilated agricultural buildings. Benefits include: lower operating cost than mechanical refrigeration, large-volume fresh-air exchange, improved temperature and often better humidity control, and simpler installation for many structures. Limitations: reduced cooling effectiveness at high ambient humidity, need for a reliable water source and water treatment (to limit mineral deposits), and the requirement for good exhaust/opening design to ensure uniform airflow. Always match system sizing and control strategy to the crop or livestock requirements.

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