►AI Liquid Cooled Server Leak Detection Solutions
We specialize in leak detection solutions, offering one-stop vertically integrated services spanning R&D, manufacturing, and processing. Our products have been successfully deployed in cutting-edge industries worldwide, including servers, semiconductor manufacturing, and new energy storage systems.
Diverse Product Portfolio: Our leak detection offering covers sensing cables, sensing modules, control units, and system integration packages—fully customizable to match various application scenarios and system architectures.
International Certifications: Certified under ISO 9001, RoHS 2.0, REACH, CE, and UL standards to guarantee compliance and reliability.
Application Scenario: Precision In-Server Deployment
FPC Micro-Leak Detection Film Tightly mounted on top of the cold plate to deliver front-line micro-leak detection surrounding core chips.
Core Technologies & Key Advantages:
Global Manufacturing Footprint: Operating production facilities in Dongguan, Vietnam, and Thailand to ensure a stable supply of high-flame-retardant sensing cables and FPC leak detection plates.Diverse Product Portfolio: Our leak detection offering covers sensing cables, sensing modules, control units, and system integration packages—fully customizable to match various application scenarios and system architectures.
International Certifications: Certified under ISO 9001, RoHS 2.0, REACH, CE, and UL standards to guarantee compliance and reliability.
Application Scenario: Precision In-Server Deployment
FPC Micro-Leak Detection Film Tightly mounted on top of the cold plate to deliver front-line micro-leak detection surrounding core chips.
High-Flame-Retardant Liquid Leak Sensing Cable :
Meticulously wrapped around high-risk leakage points such as cold plate welds and fittings.
Comprehensive Hosing Protection : High-flame-retardant or integrated liquid sensing cables closely aligned along the underside and routing paths of coolant tubing.
Comprehensive Hosing Protection : High-flame-retardant or integrated liquid sensing cables closely aligned along the underside and routing paths of coolant tubing.
High-Flame-Retardant Liquid Leak Sensing Cable Tightly wrapped around the Quick Disconnect (QD)
body to deliver precise protection at high-risk leakage interfaces.
QD Base FPC Protection Leak-detecting FPC pads adhered directly beneath the QD coupling bases to instantly detect dripping fluid, achieving dual "line + surface" monitoring.
QD Base FPC Protection Leak-detecting FPC pads adhered directly beneath the QD coupling bases to instantly detect dripping fluid, achieving dual "line + surface" monitoring.
High-Flame-Retardant Liquid Leak Sensing Cable Meticulously routed and deployed across high-risk leakage points,
including manifold branch lines and multi-level Quick Disconnect Couplers (QDC).
Comprehensive Hosing Protection High-flame-retardant or integrated liquid sensing cables closely aligned along the sides and vertical routing paths of the rack manifold.
Comprehensive Hosing Protection High-flame-retardant or integrated liquid sensing cables closely aligned along the sides and vertical routing paths of the rack manifold.
>>Inner Manifold Precision Protection Series <<
Specifically designed for server chassis interiors, GPU/CPU cold plate margins, and compact internal tubing.
Engineered for instant early warning of micro-leaks, this series incorporates specialized tight-braid weaving and flexible printed circuit (FPC) technologies. Featuring superior surface insulation and protective properties, it effectively prevents false alarms caused by electrode short-circuits due to dust accumulation, tiny metal debris, or high-speed fan airflow within the chassis, ensuring high system reliability.
Specifically designed for server chassis interiors, GPU/CPU cold plate margins, and compact internal tubing.
Engineered for instant early warning of micro-leaks, this series incorporates specialized tight-braid weaving and flexible printed circuit (FPC) technologies. Featuring superior surface insulation and protective properties, it effectively prevents false alarms caused by electrode short-circuits due to dust accumulation, tiny metal debris, or high-speed fan airflow within the chassis, ensuring high system reliability.
► High-Flame-Retardant Liquid Leak Sensing Cable (YEC-SHTH / SHTB Series)
Product Overview: Innovative integrated design combining sensing cable and detection module. The cable termination features an embedded microprocessor and dual-color LED status indicators (Normal: Green / Leakage: Red), enabling direct on-site deployment without requiring an external control box.
Key Advantages: Featuring a multi-strand core architecture, the cable offers exceptional flexibility. Tested through 1000 hours of high-temperature of of 85°C (185°F) and high-humidity of 95% exposure and 1000 bending cycles, it effectively prevents bending damage during installation or maintenance, guaranteeing high long-term operational reliability.
Product Overview: Innovative integrated design combining sensing cable and detection module. The cable termination features an embedded microprocessor and dual-color LED status indicators (Normal: Green / Leakage: Red), enabling direct on-site deployment without requiring an external control box.
Key Advantages: Featuring a multi-strand core architecture, the cable offers exceptional flexibility. Tested through 1000 hours of high-temperature of of 85°C (185°F) and high-humidity of 95% exposure and 1000 bending cycles, it effectively prevents bending damage during installation or maintenance, guaranteeing high long-term operational reliability.
► Integrated High-Flame-Retardant Liquid Leak Sensing Cable (YEC-SHTH(M) Series)
Product Overview: Engineered for high-security liquid cooling servers and ultra-precision equipment, compliant with the highest UL94-V0 flame-retardant rating to fulfill the most stringent server room safety standards.
Key Advantages: Supports DC 3–24V power input and features broken-wire (breakage) detection. Upon detecting leakage or wire breakage, it directly outputs dual open-collector (OC) indicator signals to the monitoring system—specifically engineered for ultimate wiring simplification and space optimization inside server chassis.
Product Overview: Engineered for high-security liquid cooling servers and ultra-precision equipment, compliant with the highest UL94-V0 flame-retardant rating to fulfill the most stringent server room safety standards.
Key Advantages: Supports DC 3–24V power input and features broken-wire (breakage) detection. Upon detecting leakage or wire breakage, it directly outputs dual open-collector (OC) indicator signals to the monitoring system—specifically engineered for ultimate wiring simplification and space optimization inside server chassis.
► FPC Leakage Detection Film (YEC-FPC Series)
Product Overview: Utilizing an ultra-thin Flexible Printed Circuit (FPC) process, this solution is ideally suited for flat surfaces and curved profiles—enabling direct adhesion and deployment onto GPUs, CPUs, and Cold Plates.
Key Advantages: Crafted with flexible, eco-friendly FPC materials, it significantly enhances pad pliability to prevent irreversible damage caused by bending during installation. Built with industrial-grade materials offering high thermal resistance, exceptional reliability, and superior oxidation resistance, it delivers instant alert detection at the very onset of a leak.
Product Overview: Utilizing an ultra-thin Flexible Printed Circuit (FPC) process, this solution is ideally suited for flat surfaces and curved profiles—enabling direct adhesion and deployment onto GPUs, CPUs, and Cold Plates.
Key Advantages: Crafted with flexible, eco-friendly FPC materials, it significantly enhances pad pliability to prevent irreversible damage caused by bending during installation. Built with industrial-grade materials offering high thermal resistance, exceptional reliability, and superior oxidation resistance, it delivers instant alert detection at the very onset of a leak.
>>Outlet Manifold Infrastructure Series<<
Specifically designed for large-scale environmental monitoring, including chassis exterior flooring, secondary loop inlet/outlet piping, and centralized Coolant Distribution Units (CDUs). Engineered to withstand complex external interferences—such as atmospheric condensation, wet floors from routine cleaning, large dust particles, and mechanical friction from maintenance foot traffic—this series utilizes high-durability materials combined with meter-level location positioning technology.
Specifically designed for large-scale environmental monitoring, including chassis exterior flooring, secondary loop inlet/outlet piping, and centralized Coolant Distribution Units (CDUs). Engineered to withstand complex external interferences—such as atmospheric condensation, wet floors from routine cleaning, large dust particles, and mechanical friction from maintenance foot traffic—this series utilizes high-durability materials combined with meter-level location positioning technology.
[Application Scenario: Perimeter Piping & Facility Infrastructure Deployment]
Deployment Guidelines:
Precision Air Conditioner Protection: Lay sensing cables along the bottom perimeter of precision air conditioning units and around condensate drip trays to intercept external condensation risks.
Data Center Floor Zoning: Deploy leak sensing cables integrated with location-based or non-location-based controllers across critical accumulation areas, such as main underfloor aisles and row spaces between racks.
In-CDU Monitoring: Install photoelectric leak sensors and sensing cables inside the CDU, paired with internal collection trays to achieve multi-tiered early warning protection.
Deployment Guidelines:
Precision Air Conditioner Protection: Lay sensing cables along the bottom perimeter of precision air conditioning units and around condensate drip trays to intercept external condensation risks.
Data Center Floor Zoning: Deploy leak sensing cables integrated with location-based or non-location-based controllers across critical accumulation areas, such as main underfloor aisles and row spaces between racks.
In-CDU Monitoring: Install photoelectric leak sensors and sensing cables inside the CDU, paired with internal collection trays to achieve multi-tiered early warning protection.
Non-Location Leak Sensing Cable (YEC-SLTB Series)
Product Overview:A versatile, large-area leak detection sensing cable, ideally suited for chassis exterior flooring, the perimeter of precision air conditioner drip trays, raised flooring sub-spaces, and other areas susceptible to water accumulation and liquid leaks.
Key Advantages:Constructed with a highly anti-corrosive and wear-resistant architecture, it provides rapid reaction speeds along with exceptional self-recovery performance (reusable once dried). Its high-strength protective jacket effectively resists external chemical cleaning agents and physical friction from foot traffic. When paired with non-location controllers, it delivers a highly cost-effective and dependable defense for large-scale perimeter piping.
Product Overview:A versatile, large-area leak detection sensing cable, ideally suited for chassis exterior flooring, the perimeter of precision air conditioner drip trays, raised flooring sub-spaces, and other areas susceptible to water accumulation and liquid leaks.
Key Advantages:Constructed with a highly anti-corrosive and wear-resistant architecture, it provides rapid reaction speeds along with exceptional self-recovery performance (reusable once dried). Its high-strength protective jacket effectively resists external chemical cleaning agents and physical friction from foot traffic. When paired with non-location controllers, it delivers a highly cost-effective and dependable defense for large-scale perimeter piping.
Amy Lee
【TEL】
02-2719-3126 Ext. 9451
【EMAIL】
Amy.Lee@gredmann.com
