Question 1

Water Pressure Requirements for Sensor Sanitary Ware

Accepted Answer

What are the water pressure requirements for sensor sanitary ware? The operating water pressure range for kitchen sensor faucets, bathroom home sensor taps, commercial sensor faucets, sensor urinals, and sensor showers is 0.05-0.8 MPa. This range ensures normal operation (standard municipal water supply pressure is approximately 0.15-0.2 MPa, varying by local infrastructure).

Question 2

Troubleshooting Unresponsive Sensor Faucets

Accepted Answer

Why is your sensor faucet unresponsive? GIBO's touchless sanitary ware operates using a microcontroller that detects infrared reflection to activate the solenoid valve for water control. If responsiveness is low, try these solutions: Clean the sensor window with a soft cloth to remove dirt. Check if the detection range is too short and adjust it accordingly. Rule out self-sensing issues by referring to the "Touchless

Question 3

Can Manual Buttons Flush When Power Is Lost?

Accepted Answer

When power is lost or batteries are depleted, can squat pan flush valves with manual switches still operate? The manual button provides a backup flush function for hygiene and cleaning, commonly integrated into WC and urinal sensors. Since its introduction, it has been widely recognized by users and property management firms. Manual buttons are available in mechanical and electronic versions. Mechanical buttons requi

Question 4

Common Causes of Low Flow or No Water in Sensor Faucets

Accepted Answer

Why is the water flow too low or non-existent in your sensor faucet? What causes a continuous trickle due to a valve not closing tightly? Possible reasons for low flow include: 1. The solenoid valve diaphragm or piston is blocked by debris or impurities; clean the PTFE tape, hemp fiber, fine sand, cement chunks, etc., from the solenoid valve. 2. The filter screen inside the manual pressure regulating valve is blocked

Question 5

Troubleshooting Sensor Faucets: No Water Flow or Continuous Running

Accepted Answer

Why does your sensor faucet fail to dispense water when needed, or run continuously? What are the water pressure requirements for sensor sanitary ware? The suitable water pressure range for kitchen sensor faucets, bathroom residential sensor taps, commercial sensor faucets, sensor urinals, and sensor showers is 0.05–0.8 MPa. This range ensures normal operation (standard municipal water pressure is typically around 0.

Question 6

Why Do Sensor Sanitary Ware Batteries Need Frequent Replacement?

Accepted Answer

If the battery life of DC-powered sensor sanitary ware falls short of the period stated in the product manual, requiring frequent replacements, what is the cause? 1. GIBO sensor sanitary ware typically offers three power supply modes: 220V AC mains power, 4 AA or 4 AAA batteries for DC power (DC6V), or dual AC/DC compatibility. 2. The battery life mentioned in the manual refers to theoretical lifespan tested under st

Question 7

Tools Required for Sensor Sanitary Ware Installation

Accepted Answer

Is installing sensor sanitary ware complicated or difficult? Do you need special tools? Sensor sanitary ware mainly includes sensor faucets, sensor urinals, sensor toilets, sensor showers, and automatic flush valves. Concealed products such as concealed sensor urinals, concealed sensor toilets, concealed shower systems, and trough-style automatic flush valves require pre-embedded sensor boxes and must be installed by

Question 8

Why Is My Sensor Faucet Not Dispensing Water?

Accepted Answer

GIBO | Troubleshooting: Why is my sensor faucet not working? What water pressure is required? Our kitchen sensor faucets, bathroom sensor taps, commercial sensor faucets, sensor urinals, and sensor showers operate within a water pressure range of 0.05–0.8 MPa. This range ensures normal functionality (standard municipal water pressure is typically around 0.15–0.2 MPa, depending on local infrastructure).

Question 9

Can Your Kitchen Faucet Withstand Pressure?

Accepted Answer

Can your kitchen faucet withstand pressure? Some market-available kitchen faucets feature spouts not designed for pressure retention. However, installing the GIBO Xiaoxibao Smart Faucet (Sensor Water-Saving Device) allows the sensor to control the faucet's on/off function, requiring the spout to be pressure-rated. If inlet water pressure exceeds 0.2 MPa, we recommend replacing the unit with a pressure-resistant kitch

Question 10

How to Tell When Sensor Faucet Batteries Are Low

Accepted Answer

If your DC-powered sensor faucet requires frequent battery changes or fails to meet the lifespan stated in the manual, how do you know when the power is running out? GIBO sensor faucets feature built-in auto-shutoff protection and low-voltage alerts. During a power outage or if voltage drops below the safety threshold, the sensor automatically forces the valve closed to ensure 100% water shut-off (compliant with CJ/T

Question 11

How to Adjust Water Flow on Sensor Sanitary Ware

Accepted Answer

How do you adjust the water flow for sensor urinals, squat toilet sensors, and sensor faucets? For concealed installation products, open the pre-embedded box or control box. The flow regulator and filter valve are located at the front end of the solenoid valve; use a flat-head screwdriver to set the flow adjustment rod to the desired position. For one-piece ceramic integrated products, remove the top ceramic cover an

Question 12

Are Sensor Sanitary Ware Products Prone to Failure?

Accepted Answer

Are sensor sanitary ware products prone to failure? Are sensor faucets durable? Do urinal sensors break easily? Compared to standard faucets and manual push-button self-closing flush valves, sensor sanitary ware represents a product upgrade and technological advancement, reflecting the trend of advanced technology replacing outdated methods. These products utilize infrared sensing to control solenoid valve opening an

Question 13

Common Troubleshooting for Sensor Sanitary Ware

Accepted Answer

After more than twenty years of promotion in China, sensor sanitary ware is widely used in public places. The benefits are numerous: touchless operation, smart water saving, and hygienic environmental protection. Many users find traditional fixtures prone to bacterial transmission, especially in hospitals, schools, stations, and ports, where sensor solutions are highly welcomed and significantly reduce cleaning workl

Question 14

What Is the Inlet Pipe Size for Squat Pan Sensor Flush Valves?

Accepted Answer

What is the inlet pipe size for GIBO squat pan sensor flush valves? What are the specifications for toilet and urinal sensor inlets? GIBO squat pan sensors feature a 1" union connection, compatible with DN25 PPR or galvanized pipes. To ensure adequate flushing volume, we recommend using DN32 main supply piping for installations with fewer than six sensor flush valves per restroom. For installations exceeding six unit

Question 15

How to Adjust Sensor Detection Range?

Accepted Answer

How do you adjust the sensor detection range on a Sensor Faucet? Can the detection distance be modified on touchless sanitary ware? Many users report that their faucets require hands to be too close for activation, often mistaking this for poor sensitivity. In reality, it is usually an issue with the preset detection range, which is fully adjustable on GIBO products. Our touchless sanitary ware features remote-contro

Question 16

Can Sensor Faucets Cause Hot and Cold Water Cross Flow?

Accepted Answer

Can sensor faucets cause hot and cold water cross flow? Will adding a smart bidet attachment to a kitchen faucet cause cold water backflow or insufficient hot water temperature? The issue of cross flow is determined by the faucet itself, not the sensor or intelligent tapware. If the faucet is equipped with check valves at the hot and cold inlet ports, cross flow will not occur. Many sensor faucets in the domestic mar

Question 17

Do Sensor Faucets Really Save Water?

Accepted Answer

Do sensor faucets really save water? How effective are GIBO sensor faucets at conserving water? All GIBO sensor faucets and taps feature Swiss NEOPERL aerators with integrated flow restrictors, delivering a flow rate of 0.07–0.08 L/s. This design achieves over 30% water savings compared to conventional faucets and complies with China’s National Grade 1 Water Efficiency Standard (0.1 L/s). (Refer to faucet water effic

Question 18

What Is the Suitable Water Temperature for GIBO Sensor Faucets?

Accepted Answer

What is the suitable water temperature for GIBO sensor faucets? At what hot water temperature can GIBO smart faucets operate? What are the wetted materials of GIBO sensor faucets? 1. Water Temperature Suitability: 5-75°C. Low temperatures must be above freezing to prevent expansion and cracking; high temperatures should remain below 65°C (material withstands -20°C to 120°C) primarily to prevent scalding. 2. Durabilit

Question 19

What IP Rating Can Sensor Faucets Achieve?

Accepted Answer

What waterproof rating can sensor faucets achieve? GIBO's entire range of sensor faucets is built with a waterproof design philosophy. From the sensor module and solenoid valve to the power supply components, control box, and connecting cables, every part features waterproof engineering, with some components reaching up to IP67. 1. The sensor circuit and module utilize a three-layer waterproof design: PCBA conformal

Question 20

GIBO MiniWash Smart Faucet: Battery and Charging FAQ

Accepted Answer

FAQ on GIBO MiniWash Smart Faucet battery and charging. What is the capacity of the MiniWash lithium battery? How long does it take to charge? 1. Will a dead battery cause the sensor faucet to malfunction or fail to shut off water? Answer: The MiniWash Smart Faucet uses a 500mAh lithium battery with low-voltage protection. When the voltage drops below 3.2V, the solenoid valve automatically closes to ensure the last w

Common problems

Common problems

Water Pressure Requirements for Sensor Sanitary Ware

Troubleshooting Unresponsive Sensor Faucets

Can Manual Buttons Flush When Power Is Lost?

Common Causes of Low Flow or No Water in Sensor Faucets

Troubleshooting Sensor Faucets: No Water Flow or Continuous Running

Why Do Sensor Sanitary Ware Batteries Need Frequent Replacement?

Tools Required for Sensor Sanitary Ware Installation

Why Is My Sensor Faucet Not Dispensing Water?

Can Your Kitchen Faucet Withstand Pressure?

How to Tell When Sensor Faucet Batteries Are Low

How to Adjust Water Flow on Sensor Sanitary Ware

Are Sensor Sanitary Ware Products Prone to Failure?

Common Troubleshooting for Sensor Sanitary Ware

What Is the Inlet Pipe Size for Squat Pan Sensor Flush Valves?

How to Adjust Sensor Detection Range?

Can Sensor Faucets Cause Hot and Cold Water Cross Flow?

Do Sensor Faucets Really Save Water?

What Is the Suitable Water Temperature for GIBO Sensor Faucets?

What IP Rating Can Sensor Faucets Achieve?

GIBO MiniWash Smart Faucet: Battery and Charging FAQ

Troubleshooting: GIBO Mini-Wash Sensor Faucet Continuous Flow or Failure to Shut Off

Troubleshooting No Water Flow in GIBO Smart Sensor Faucets

What Causes Low Flow in the GIBO Sensor Faucet?

Common Troubleshooting Methods for Toilet Sensor Flush Valves

Pipe Flow and Pressure Requirements for Toilet Sensors

GIBO Toilet Sensor Installation Guide

Troubleshooting Common Issues with Toilet Sensor Systems

Common Troubleshooting Methods for Squat Pan Sensor Flush Valves in Engineering Projects

Troubleshooting Guide: Sensor Sanitary Ware Continuously Running Water

Troubleshooting Sensor Sanitary Ware: No Flush and Low Flow Issues

GIBO Smart Thermostatic Heated Toilet Seat: Common Troubleshooting Guide

GIBO Sensor Faucet: 24-Hour AASS Acidic Salt Spray Test Technical Specification

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