Municipal Wastewater
Municipal water supply
Recycled Water Reuse
Township water supply and drainage
Industrial Park
New pollutant control
Water ecological restoration project
Pretreatment of industrial high-difficulty wastewater
Pesticide Industry
API pharmaceuticals
Chemical waste salt purification
Food & Beverage Industry
Pharmaceutical Purified water
Chip Fabrication
Oilfield reinjection water
Industrial zero emissions
Secondary water supply
Pool & Aquarium
High-quality drinking water POE/POU
Aquaculture
Cooling Circulating water
Laboratory applications
Wastewater Biodegradability
Pretreatment of highly toxic industrial wastewater
Chemical active agents
Cyanide
Organic Complexes
UV disinfection
UV photolysis
UV Advanced Oxidation
Reverse Osmosis
Alternative to pasteurization
UV photochemical reaction
Ozone oxidation
waste plastics
Construction waste
Renovation waste
WSH UV Disinfection System
WTV UV Disinfection Vertical System
ZL UV Disinfection System
Clear Medium Pressure UV Disinfection System
MOL Ceramic Plate CD Ozone Generator
UV-AOP Advanced Oxidation System
D.FITE Cloth Filter
ZL UV Disinfection System
Clear Medium Pressure UV Disinfection System
UV-AOP Advanced Oxidation
Extrem Medium Pressure UV Disinfection System
EX-U UV Sterilizer
EX-UPW-TOC UV TOC System
MOM Ceramic Plate CD Ozone Generator
MOS Ceramic Plate CD Ozone Generator
UV-Fenton
UV-Oxidation
EX-L UV Sterilizer
EX-U UV Sterilizer
ZL UV Disinfection System
CLEAR Medium pressure UV Disinfection System
OneUV UV Sterilizer
Extrem Medium pressure UV Disinfection System
UV-AOP Advanced Oxidation
MOS Ceramic Plate CD Ozone Generator
COG Ceramic Plate CD Ozone Generator
UV-Fenton
Medium-pressure UV-Oxidation
UV Photolysis
Pasteurization UV Alternatives
UV Photocatalysis
Low Pressure UV-Oxidation
AI Optical Sorter
Al high-speed sorting robot
AI heavy-duty sorting robot
SATBR Integrated Wastewater Treatment System
D.FITE Cloth Filter
Modular Wastewater Treatment System
ModuOzone Ceramic Plate CD Ozone Generator
Spare parts replacement
Product Repair
System Support
Renovation
Regular maintenance
Software Upgrade
Process Support
Product Training
Research & Development
Small Test
Pilotscale experiment
Online dose monitoring
UV dose design
Municipal
Industry
Business
OEM
Low Pressure lamps
Low Pressure Amalgam Lamps
Medium Pressure Mercury Lamp
VUV Low-pressure Mercury Lamp(185nm)
Quartz sleeve
Ballasts
UV Intensity Sensor
UV transmittance tester
Sealing accessories
Other
Spare parts replacement
Introduction
After a certain period of use, equipment may malfunction due to factors such as aging of spare parts or untimely routine maintenance:
A. Quartz tube leakage, primarily caused by cracked quartz tubes, damaged or reversed gaskets, or loose end caps, can cause equipment short circuits and reduced sterilization efficiency.
B. Light transmittance reduction: Scale buildup can reduce UV transmittance by 50%-70%, requiring cleaning of the quartz tube.
C. Lamp system failure, typically caused by aging, ballast damage, or poor electrical contact.
D. Lamp lifespan management: Overuse causes the radiation intensity of lamps to decrease to below 80% of the standard value. If the user does not have UV intensity monitoring tools, regular replacement is required.

E Control failure, control panel failure, mostly caused by moisture on the circuit board or loose connections.

F. Cross-brand spare part compatibility, such as physical interface conflicts or non-genuine lamps causing device lockup, especially when the original system is designed to reject third-party lamps.
G. Electrical parameter mismatch: When the voltage deviation between the ballast and lamp exceeds 5%, UV output efficiency will be significantly affected, directly impacting water quality compliance.
H. Hidden safety hazards: OEM production can lead to confusion in spare part specifications and increase the risk of explosion from inferior lamps.
I. Inadequate operational and maintenance capabilities, such as human error and improper operation leading to accidents.
J. Lack of professional training: Users lack training in emergency response to broken mercury lamps, and unprofessional repairs complicate faults.
K. Lack of documentation support: For example, missing equipment logs make it impossible to trace faults, and there is no standardized process for spare part replacement.
A large portion of these issues stem from the need to replace aging and failing spare parts. Anlisi provides localized, efficient, and convenient service. The service process is as follows:
1. If you encounter equipment failure or need to replace parts, call the service hotline: 010-82890788 or the 400 hotline: 4001058660 for rapid repair reporting.
2. A local after-sales service engineer will respond quickly, confirming and troubleshooting the problem remotely or on-site.
3. A professional and comprehensive spare parts replacement and repair plan is provided.
4. After both parties confirm the plan, an after-sales service contract is signed.
5. Anlisi maintains a warehouse for commonly used spare parts and can quickly provide parts according to customer needs.
6. Once the parts arrive, a professional after-sales engineer will be dispatched on-site to provide on-site guidance on replacement and repair procedures.
7. After the replacement is complete, the equipment will be commissioned and operational, and systematic training will be provided to the operation and maintenance personnel.
8. Regular after-sales visits are conducted to understand the equipment's operating status and customer needs, and a spare parts replacement plan will be established in advance to prevent untimely replacements that could affect equipment operation and water quality.
Parameter
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Address:北京市海淀区上地信息路11号彩虹大厦北楼一层东110室
Telephone:010-82890788
Email:services@onyxepi.com

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