Mobile Toilet Water and Electricity Installation Service

The water and electricity installation service for mobile toilets needs to determine specific plans based on the toilet type and scenario, with core points including equipment adaptation, pipeline connection, and safety specifications.

Water and Electricity Installation for Foam-Type Mobile Toilets Foam-type toilets rely on a foam generation system to achieve water-saving functionality. Their water and electricity installation must meet the following conditions:

1. Power Supply Connection: A stable power supply (usually 220V AC) is required to drive the foam generator, electronic control system, and lighting equipment. The power cord must be made of waterproof and moisture-proof materials and be equipped with a leakage protection device to ensure electrical safety.
2. Water Pipe Connection: An inlet pipe (usually with a diameter of DN25 or DN32) needs to be connected to provide water for the foam generation system; at the same time, a sewage pipe (with a diameter selected according to the treatment capacity) must be connected to discharge the waste liquid into the municipal sewer network or septic tank. During installation, ensure that the pipeline slope is reasonable to avoid blockage or backflow.
3. Freeze Protection and Load-Bearing: In cold regions, insulation treatment (such as wrapping with insulation cotton) is required for the water pipes and foam liquid storage tanks to prevent freezing and cracking; the ground must have sufficient load-bearing capacity (usually ≥300kg/m²) to support the equipment and personnel use.

Water and Electricity Installation for Waterless Mobile Toilets Waterless toilets reduce water consumption through technologies such as biodegradation, incineration, or vacuum suction. Their water and electricity requirements vary depending on the technology type:

1. Power Requirements: Incineration-type toilets require a small amount of electricity to drive the fan and ignition device (usually 12V or 24V DC); biodegradation-type toilets may require electricity to drive the exhaust fan or temperature control system. The power supply needs to be independently configured (such as solar panels + batteries) to avoid reliance on the municipal power grid.
2. Water Pipe Connection: Biodegradation-type toilets do not require an inlet pipe but need to be equipped with a drainage outlet (for discharging condensed water); incineration-type toilets require a small amount of inlet water (for cooling the ashes) and need to be connected to a DN15 inlet pipe.
3. Exhaust and Temperature Control: An exhaust pipe (with a diameter ≥100mm) needs to be installed to discharge odors; incineration-type toilets need to be equipped with a temperature control sensor to prevent safety hazards caused by excessive temperature.

General Installation Specifications and Safety Requirements

1. Planning and Layout: Before installation, evaluate the site conditions (such as ground flatness, power/water source locations), and reasonably plan the equipment placement and pipeline routing to avoid cross-interference.
2. Waterproofing and Insulation: The electrical circuit must use waterproof connectors and insulating sleeves, and the water pipe connections must be sealed to prevent leakage; the equipment housing must be grounded to ensure operational safety.
3. Maintenance and Inspection: The service provider needs to clarify the responsibility boundaries with the user (such as the user being responsible for daily cleaning and the service provider being responsible for equipment maintenance) and formulate an inspection plan (such as weekly circuit checks and monthly sewage pipe cleaning) to ensure the continuous normal operation of the toilet.