AUTOMOTIVE BEV PRODUKTE
BATTERY VENT
The battery installation is a critical component within a Battery Vent (BEV). To ensure optimal performance and safety, a high-quality battery vent system is essential. Our product offers a streamlined design and a simple installation process, while maintaining reliable functionality throughout its lifetime.
IP67 & IP69K Ingress Protection
High flow rate capacity: More than 100 I/s at 300 mbar
High-performance material: Resistant to high temperature
Breathing function: . 1.4 I/min at 70 mbar
Membrane blockable for EOL tightness testing
Mounting with M6 screws ( Assembly torque: 7Nm)
Particle Filtration: > 0.8 mm (Optional)
UL94-V0 Conform materials
IP67 & IP69K Ingress Protection
High flow rate capacity: More than 100 I/s at 300 mbar
Mounting with M6 screws ( Assembly torque: 7Nm)
Breathing function: . 1.4 I/min at 70 mbar
Particle Filtration: > 0.8 mm (Optional)
High-performance material: Resistant to high temperature
Membrane blockable for EOL tightness testing
UL94-V0 Conform materials
BATTERY VENT
The battery installation is a critical component within a Battery Vent (BEV). To ensure optimal performance and safety, a high-quality battery vent system is essential. Our product offers a streamlined design and a simple installation process, while maintaining reliable functionality throughout its lifetime.
BREATHER
IP67 & IPX9K* ingress protection
Breathing function: 15-70 l/h at 70 mbar
Clip-in or threaded assembly
High quality material
Membrane: PTFE or PET (PFAS free)
UL94-V0 conform materials possible
Oil rating: 7 (Optional)
Sealing Material: Silicone / EPDM
BREATHER
IP67 & IPX9K* ingress protection
Breathing function: 15-70 l/h at 70 mbar
Membrane: PTFE or PET (PFAS free)
Clip-in or threaded assembly
High quality material
Oil rating: 7 (Optional)
UL94-V0 conform materials possible
Sealing Material: Silicone / EPDM
Drainage valves
This advanced valve ensures optimum performance under the most demanding conditions and is designed to provide robust protection. It manages potential coolant breaches, which is critical in preventing of potential thermal runaway scenarios.
Reutter designs drainage valves tailored to your specific needs. Whether it’s super-absorbent technology or electrically controlled systems, Reutter delivers innovative solutions that exceed expectations.
IP67 & IP69K ingress protecttion
Clip-in assembly
Rapid coolant evacuation
Opening detection by senser
Enhanced safety
High-performance plastics
Reversible or irreversible solution
UL94-V0 conform materials
IP67 & IP69K ingress protecttion
Clip-in assembly
Opening detection by senser
Enhanced safety
Rapid coolant evacuation
High-performance material: Resistant to high temperature
High-performance plastics
UL94-V0 conform mterials
Drainage valves
BEV Coolant Cap
This enables the use of a more compact valve structure, as there is no need to accommodate high volumes of steam. Our BEV coolant caps are designed to meet these requirements, ensuring efficient operation and longevity.
BEV COOLANT CAP
This enables the use of a more compact valve structure, as there is no need to accommodate high volumes of steam. Our BEV coolant caps are designed to meet these requirements, ensuring efficient operation and longevity.
Simple, robust and functional design
Adjustable pressures
Single-stage overpressure is sufficient
Connection to the interface may not have to be as “strong” – bayonet rather than full thread
Weight reduction (>50%)
Alternative materials
Downsized caps
Caps may be hidden and not freely accessible – marking could be reduced
One O-Ring as standard could be sufficient
Simplified marking
Implementation of standard geometry for filler necks with reduced use of filling guns
Simplified assembly
Better-fitting materials for the complete application e.g. >PP< where additives may not be needed
Weight reduction (>50%)
Simple, robust and functional design
Adjustable pressures
Alternative materials
Better-fitting materials for the complete application e.g. >PP< where additives may not be needed
Caps may be hidden and not freely accessible – marking could be reduced
Implementation of standard geometry for filler necks with reduced use of filling guns
Single-stage overpressure is sufficient
Simplified marking
Connection to the interface may not have to be as “strong” – bayonet rather than full thread
Simplified assembly
Downsized caps
One O-Ring as standard could be sufficient
Similar designs are already familiar and established in some OEM installations. It can be equipped with specific stop features (haptic feedback) and drainage channels above the small O-Ring.
KÜHLLEITUNG
Konventionell blasgeformt
Saugblasgeformt
Extrudiert (glatt/geriffelt)
Thermogeformt
Schnellanschlüsse montiert
Dichtheitsprüfungen nach Spezifikation
Alle extrudierbaren Kunststoffsorten können verarbeitet werden
Das Design wird an die Umgebung des Kunden angepasst
Bereits auf dem Markt erhältliche Anschlüsse können implementiert/verwendet werden
Schnellanschlüsse montiert
Dichtheitsprüfungen nach Spezifikation
Bereits auf dem Markt erhältliche Anschlüsse können implementiert/verwendet werden
Alle extrudierbaren Kunststoffsorten können verarbeitet werden
Das Design wird an die Umgebung des Kunden angepasst
Konventionell blasgeformt
Saugblasgeformt
Thermogeformt
Extrudiert (glatt/geriffelt)
KÜHLLEITUNG
Immersion coolant cap
Specific working pressures
Can be adapted for custom designs
Ensures that coolant fluid remains contaminant-free
Immersion coolant cap
Specific working pressures
Ensures that coolant fluid remains contaminant-free
Can be adapted for custom designs
Ventilation Air Duct
Technology: standard blow-molding
Raw Material: HDPE
Integrated brackets
Specific dedicated machining station
Assembly of metallic clip or foams
Raw Material: HDPE
Integrated brackets
Assembly of metallic clip or foams
Technology: standard blow-molding
Specific dedicated machining station
