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XinDa Automatic Touchless Sensor Liquid Soap Dispenser (1100 ml)

EGP 7,500EGP 6,500
Tax included

If you are seeking the highest standards of hygiene, safety, and touch-free sanitation across your home, medical clinic, corporate office, or restaurant to eliminate cross-contamination and surface contact, the XinDa HHZYQ-110 Smart Automatic Sensor Soap Dispenser delivers an advanced, cost-effective solution.
Engineered with an ultra-precise infrared motion sensor, it automatically dispenses liquid soap, shower gel, or lotion the instant your hand approaches—ensuring a completely contactless experience.
Its generous 1100 ml internal reservoir eliminates the hassle of frequent refills, making it ideal for high-traffic environments.
The dispenser features an intelligent digital dosing mechanism to eliminate drips and soap waste, a vertical clear-view sight window to monitor liquid levels at a glance, and energy-efficient operation powered by 4 AA batteries, complemented by a top security lock for tamper protection in public facilities.

Weight:
650 g
Dimensions:
10.7 × 14 × 23.5 cm
Quantity

Description

XinDa HHZYQ-110 Smart Automatic Touchless Sensor Soap Dispenser | 1100 ml Wall-Mounted Dispenser

In shared environments, conventional manual soap dispensers handled by dozens of individuals daily act as prime vectors for cross-contamination and bacterial transmission.
Furthermore, repeated manual force often leads to mechanical failure, messy sink spills, and excessive product waste.
The XinDa Smart Touchless Sensor Liquid Soap Dispenser represents a significant technological upgrade, uniting upscale hotel aesthetics with practical operating economy.
Driven by an integrated digital circuit and an anti-interference infrared proximity sensor, the unit detects hands positioned up to approximately 8 cm below the nozzle, instantly dispensing an exact 1 ml measured dose.
The dispensing cycle is engineered for controlled use: if hands remain beneath the sensor, it dispenses one single drop every 3 seconds up to a maximum cutoff of 10 consecutive cycles, automatically shutting off to prevent product theft, tampering, or continuous accidental flow.
Constructed from impact-resistant, moisture-tolerant structural engineering polymers, the housing features a clean white commercial-grade finish.
Its generous 1100 ml internal reservoir provides substantial capacity, reducing maintenance cycles in high-density facilities such as hospitals, shopping centers, corporate headquarters, and government institutions.
A full-length clear optical plastic sight window on the front panel allows custodial teams to check remaining fluid levels at a glance without opening the chassis.
The dispenser runs on 4 AA batteries with low-voltage standby circuitry for prolonged field performance, complemented by an audible/visual low-battery alert system and a dedicated metal key-locking mechanism to protect internal contents in public restrooms.

Technical Product Specifications

  • Brand: XinDa

  • Model: HHZYQ-110

  • Manufacturing Standards & Origin: Made in China with verified CE European compliance

  • Fluid Reservoir Capacity: 1100 ml (1.1 L) heavy-duty reservoir

  • Sensing Technology: Contactless anti-interference infrared proximity detection

  • Power Management: Built-in low-power alert indicator

  • Power Supply: 6V DC via 4 standard 1.5V AA alkaline batteries

  • Detection Range: Up to approximately 8 cm directly beneath the dispensing nozzle

  • Dosage Output: Exactly 1 ml per dispensing cycle (Drop: 1 mL)

  • Chassis Construction: High-grade moisture- and impact-resistant engineering polymer

  • Liquid Level Indicator: Clear vertical optical viewing window on the front panel

  • Fluid Compatibility: Liquid hand soaps, shower gels, liquid body washes, and standard shampoos

  • Security System: Front chassis access secured by an external dedicated metal release key

  • Package Contents: Automatic dispenser unit, operating manual, metal security release key, and wall-mounting hardware kit (4x 16 mm screws and 4x 6 mm wall anchors)

Key Performance Features & Engineering Advantages

  1. Contactless Touch-Free Operation: Eliminates physical contact points to minimize cross-contamination across shared restrooms and clinical environments.

  2. Large 1100 ml Storage Capacity: Decreases refill frequency, lowering maintenance workloads in high-volume public restrooms.

  3. Precision Dosing Economy: Delivers a controlled 1 ml cycle every time to eliminate drips, overflow, and counter mess.

  4. Anti-Tamper & Anti-Spill Protections: Halts dispensing after 30 seconds if an obstruction blocks the sensor, or cuts off after 10 consecutive drops to conserve supply.

  5. Ultra-Low Power Consumption: Digital power-saving architecture extends battery lifespans across heavy use.

  6. Rapid-View Monitoring: Front clear-view viewing pane enables immediate fluid level verification at a glance.

  7. Restricted-Access Key Locking: Dedicated metal key restricts opening to authorized facility personnel, preventing tampering or unauthorized dilution.

  8. Straightforward Servicing: Internal reservoir and removable pump assembly disassemble easily for routine sanitizing and maintenance.

Target Operational Applications

  • Hospitals, Clinics & Medical Centers: Exam rooms, scrub stations, patient wings, and clinical hallways requiring strict infection-control standards.

  • Hotels & Hospitality Resorts: Executive guest suites, banquet facilities, and reception restrooms requiring clean, professional amenities.

  • Commercial Restaurants & Cafes: Customer handwashing stations, dining facilities, and food prep areas.

  • Corporate Offices & Government Buildings: Administrative restrooms, conference suites, and staff break rooms.

  • Shopping Malls & Retail Hubs: High-capacity commercial restrooms requiring tamper-resistant fixtures and high fluid storage.

  • Modern Residential Interiors: Master bathrooms, guest washrooms, and kitchen sinks for mess-free handwashing during food prep.

Installation & Wall-Mounting Protocol

  1. Positioning: Select a flat, vertical wall surface. Maintain a clear vertical clearance of at least 40 cm beneath the dispenser base to prevent reflective sensor interference.

  2. Environmental Placement: Avoid installing directly under heavy, continuous direct sunlight or above high-gloss, mirror-polished countertops.

  3. Unlocking the Unit: Insert the provided metal release key into the top lock receptacle to unlatch and swing the front cover forward.

  4. Wall Mounting: Mark 4 drill locations on the substrate, drill 6 mm diameter anchor holes, insert the plastic anchors, and secure the backplate tightly with the 16 mm mounting screws.

  5. Battery Installation: Open the internal battery compartment, insert 4 AA batteries matching the polarity markings (+ and -), and seal the hatch securely.

  6. Priming the Reservoir: Open the fluid reservoir lid, pour in up to 1100 ml of pure liquid soap, and replace the inner lid.

  7. System Initialization: Close the front chassis cover (the safety interlock cuts power when open and re-engages upon closing).

Operation, Care & Maintenance Guidelines

  1. Daily Dispensing: Position hands 0–8 cm under the nozzle to trigger a 1 ml dose. If more soap is required, hold the hand steady; the unit will supply an additional drop every 3 seconds.

  2. Chassis Access: Always unlock the front cover using the supplied metal release key to protect internal plastic retention latches from damage.

  3. Soap Quality: Use only clear, homogeneous liquid soaps free of abrasive grains, exfoliating beads, or heavy solid particulates that could foul the pump nozzle.

  4. Battery Replacements: When the low-power alert indicator engages, replace all 4 AA batteries simultaneously with fresh alkaline cells to preserve continuous motor torque.

  5. Surface Cleaning: Clean the exterior body and clear sight window exclusively using a soft microfiber towel dampened with water. Never spray water directly into internal components, and avoid caustic cleaners, thinners, or harsh solvents that could damage the plastic or sensor window.

  6. Clearing Pump Air Locks: If the reservoir is refilled from empty and fails to pull liquid, open the cover, manually press the inner priming pump bulb a few times to purge trapped air pockets, and re-engage.

  7. Troubleshooting Lag: If dispensing slows or sensor response lags, change out all 4 AA cells with fresh, high-performance batteries to maintain stable digital circuitry.

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