Wall box 9206 for secure mounting and protection of the portable emergency body shower 8140.

• Dimensions (H x W x D): 700 x 330 x 263 mm
• Weight: 5.5 kg

Bacteriostatic preservative for use with the portable emergency body shower 8140. One 100ml bottle preserves up to 9 liters of water for up to 12 months.

• Shelf life: 3 years
• Storage temperature: between 5 and 40 °C

Screw-in replacement CO2 cartridge Model 9060 for portable emergency body shower 8140

• CO2 Capacity: 40g
• Intended Use: Exclusively for Portable Emergency Body Shower 8140
• Replacement Frequency: Recommended after each use or annually

The Haws® portable emergency body shower Model 8140 is the ideal solution when a plumbed-in safety shower is unavailable, such as on construction sites, during maintenance work, or for use in service vehicles. It includes water additive 9086, CO₂ cartridge 9060 and a wall bracket. The Model 8140 is highly transportable and provides immediate first aid in cases of skin contamination with chemicals or burns. It must not be used for rinsing in cases of eye injuries.

Technical information

• Capacity: 9 liters
• Dimensions (H x W x D): 740 x 180 x 180 mm
• Weight (empty): 5 kg
• Weight (full): 14 kg
• Application temperature: +15 bis +25 °C.. 8140 is not suitable for freezing conditions.

Features and Benefits Portable emergency body shower 8140

• Easily portable for use on construction sites or during maintenance operations.
• Compact design, making it suitable for service vehicles with limited space
• Sturdy pressure cylinder in a highly visible signal green (compliant with AFNOR NFX08003 standard).
• Includes a wall bracket for safe storage when not in use
• 9-liter capacity ensures an extended rinsing time (approximately 48 seconds).
• Flexible shower hose facilitates thorough rinsing of all body parts in cases of chemical or thermal burns.
• Intuitive operation and ergonomic design
• Pressure is generated by an integrated CO₂ cartridge
• Antibacterial additive included to ensure the water remains durable for up to 12 months
• Maintenance dates can be noted directly on the cylinder
• Manufactured according to ISO 9001 and 14001 standards
• CE0069 compliant

The Haws® 9321CE compact indoor Instantaneous Electric Water Heater is designed to provide immediate tepid water for safety showers and eyewashes. In accordance with EN 15154 guidelines, tepid water, ideally between 20°C and 25°C, ensures that victims can use the emergency equipment for the recommended 15 minutes without the risk of hypothermia or scalding.

Capable of delivering between 9.5 and 114 liters per minute of tepid water, the 9321CE can feed either a combination safety shower or multiple eyewash stations. When activated, the instantaneous heater quickly heats the water to the set tepid temperature in a matter of seconds. The predictive control algorithm ensures precise temperature control (+/- 1°C at steady state flow) of the tepid water.

The 9321CE compact indoor Instantaneous Water Heater simplifies installation by integrating directly into the cold water supply pipe for the safety equipment, eliminating the need for a thermostatic mixing valve. It is a safe and smart solution, providing endless tepid water for indoor-installed emergency equipment across the industries.

Technical information Instantaneous electric water heater 9321CE

• Voltage: 400 V
• Rated power: 50/75/100 or 120 kW
• Flow rate: max. 114 liters per minute
• Optimum operation pressure: 4.1 – 6.2 bar
• Standard temperature setting: 29.4 °C
• Dimensions (H x W x D) : 665 x 432 x 261 mm
• Cold water inlet: 1 1/4” NPT(M)
• Tepid water outlet: 1 1/4” NPT(M)

Key Features

• The CE certification affirms the conformity of instantaneous water heater 9321CE with European health, safety and environmental protection standards
• Parabolic Heat Design^TM enables fast water heating and minimal pressure drop
• Predictive control algorithm and diverse safety features for precise temperature control
• Field programmable and updatable firmware provide flexibility for future adaptations
• Thermo-optical sensor for monitoring infrared elements ensures high operational reliability
• Thermo-optical sensor for protection against entrained air or improper commissioning
• Powder-coated cabinet made of cold rolled steel allows for indoor installation
• Ideal choice for space-conscious indoor installations due to compact design and wall-mounting feature

Benefits

• Increased employee safety: Allows employees to remain in the tepid water flush for the required 15 minutes without the risk of hypothermia or scalding
• Reduced energy consumption: The instantaneous water heater not only reduces energy consumption but also promotes sustainability. By consuming power only when actively heating water, it minimizes unnecessary energy usage, contributing to a greener and more eco-friendly approach
• Low energy and maintenance costs: The low energy and maintenance costs of this system contribute to a sustainable approach by eliminating the need for continuously heated water in stand-by systems. By efficiently using energy only when necessary, the system reduces overall energy consumption, resulting in lower carbon emissions and environmental impact
• Reduced legionella risk and improved hygiene: By eliminating standing tepid water in the system, the risk of Legionella growth is reduced, promoting a healthier environment with improved overall hygiene
• Space-efficient design: Compared to alternative solutions, the instantaneous heater has a small footprint as it eliminates the need for boilers, pumps, and tepid water loops
• Flexible installation: Can be mounted on a wall above or near the emergency equipment to free up floor space
• Easy integration: Only requires a power cable, making it simple to integrate into existing solutions
• Reliable and safe operation: Maintains the defined water temperature (+/- 1°C at steady state flow) without the need for additional tanks, valves, pumps, or other features
• Compliance with standards: The instantaneous water heater complies with the CE standard and is suitable for use with eye wash stations and emergency showers according to EN 15154 or ANSI.Z358
• Retrofitting and new system suitability: The 9321CE compact indoor Instantaneous electric water heater can be used for both retrofitting existing installations and implementing new systems

The Haws® 9326CE indoor/outdoor Instantaneous Electric Water Heater is designed to provide immediate tepid water for safety showers and eyewashes. In accordance with EN 15154 guidelines, tepid water, ideally between 20°C and 25°C, ensures that victims can use the emergency equipment for the recommended 15 minutes without the risk of hypothermia or scalding.

Capable of delivering between 9.5 and 151 liters per minute of tepid water, the 9326CE can feed either a combination safety shower or multiple eyewash stations. When activated, the instantaneous heater quickly heats the water to the set tepid temperature in a matter of seconds. The predictive control algorithm ensures precise temperature control (+/- 1°C at steady state flow) of the tepid water.

The 9326CE indoor/outdoor Instantaneous Water Heater simplifies installation by integrating directly into the cold water supply pipe for the safety equipment, eliminating the need for a thermostatic mixing valve. It is a safe and smart solution, providing endless tepid water for emergency equipment across all industries, including offshore applications.

Technical information Instantaneous electric water heater 9326CE

• Voltage: 400 V
• Rated power: 50/75/100 or 120 kW
• Flow rate: max. 151 liters per minute
• Optimum operation pressure: 4.1 – 6.2 bar
• Standard temperature setting: 29.4 °C
• Dimensions (H x W x D) : 762 x 667 x 342 mm
• Cold water inlet: 1 1/4” NPT(M)
• Tepid water outlet: 1 1/4” NPT(M)

Key Features

• The CE certification affirms the conformity of instantaneous water heater 9326CE with European health, safety and environmental protection standards
• Parabolic Heat Design^TM enables fast water heating and minimal pressure drop
• Predictive control algorithm and diverse safety features for precise temperature control
• Field programmable and updatable firmware provide flexibility for future adaptations
• Thermo-optical sensor for monitoring infrared elements ensures high operational reliability
• Thermo-optical sensor for protection against entrained air or improper commissioning
• Robust cabinet made of cold rolled steel allows for indoor and outdoor installation (IP 66 / NEMA 4)
• Wide range of factory-installed options available to meet on-site requirements

Benefits

• Increased employee safety: Allows employees to remain in the tepid water flush for the required 15 minutes without the risk of hypothermia or scalding
• Reduced energy consumption: The instantaneous water heater not only reduces energy consumption but also promotes sustainability. By consuming power only when actively heating water, it minimizes unnecessary energy usage, contributing to a greener and more eco-friendly approach
• Low energy and maintenance costs: The low energy and maintenance costs of this system contribute to a sustainable approach by eliminating the need for continuously heated water in stand-by systems. By efficiently using energy only when necessary, the system reduces overall energy consumption, resulting in lower carbon emissions and environmental impact
• Reduced legionella risk and improved hygiene: By eliminating standing tepid water in the system, the risk of Legionella growth is reduced, promoting a healthier environment with improved overall hygiene
• Space-efficient design: Compared to alternative solutions, the instantaneous heater has a small footprint as it eliminates the need for boilers, pumps, and tepid water loops
• Flexible installation: Can be mounted on a wall above or near the emergency equipment to free up floor space
• Easy integration: Only requires a power cable, making it simple to integrate into existing solutions
• Reliable and safe operation: Maintains the defined water temperature (+/- 1°C at steady state flow) without the need for additional tanks, valves, pumps, or other features
• Compliance with standards: The instantaneous water heater complies with the CE standard and is suitable for use with eye wash stations and emergency showers according to EN 15154 or ANSI.Z358
• Retrofitting and new system suitability: The 9326CE Indoor/outdoor Instantaneous electric water heater can be used for both retrofitting existing installations and implementing new systems

The Haws® 9327CE stainless steel Instantaneous Electric Water Heater is designed to provide immediate tepid water for safety showers and eyewashes. In accordance with EN 15154 guidelines, tepid water, ideally between 20°C and 25°C, ensures that victims can use the emergency equipment for the recommended 15 minutes without the risk of hypothermia or scalding.

Capable of delivering between 9.5 and 151 liters per minute of tepid water, the 9327CE can feed either a combination safety shower or multiple eyewash stations. When activated, the instantaneous heater quickly heats the water to the set tepid temperature in a matter of seconds. The predictive control algorithm ensures precise temperature control (+/- 1°C at steady state flow) of the tepid water.

The 9327CE stainless steel Instantaneous Electric Water Heater simplifies installation by integrating directly into the cold water supply pipe for the safety equipment, eliminating the need for a thermostatic mixing valve. It is a safe and smart solution, providing endless tepid water for emergency equipment across all industries, including offshore applications.

Technical information Instantaneous Electric Water Heater 9327CE

• Voltage: 400 V
• Rated power: 50/75/100 or 120 kW
• Flow rate: max. 151 liters per minute
• Optimum operation pressure: 4.1 – 6.2 bar
• Standard temperature setting: 29.4 °C
• Dimensions (H x W x D) : 762 x 667 x 342 mm
• Cold water inlet: 1 1/4” NPT(M)
• Tepid water outlet: 1 1/4” NPT(M)

Key Features

• The CE certification affirms the conformity of instantaneous water heater 9327CE with European health, safety and environmental protection standards
• Parabolic Heat Design^TM enables fast water heating and minimal pressure drop
• Predictive control algorithm and diverse safety features for precise temperature control
• Field programmable and updatable firmware provide flexibility for future adaptations
• Thermo-optical sensor for monitoring infrared elements ensures high operational reliability
• Thermo-optical sensor for protection against entrained air or improper commissioning
• Robust cabinet made of 304 or 316 stainless steel allows for indoor and outdoor installation (IP 66 / NEMA 4X)
• Wide range of factory-installed options available to meet on-site requirements

Benefits

• Increased employee safety: Allows employees to remain in the tepid water flush for the required 15 minutes without the risk of hypothermia or scalding
• Reduced energy consumption: The instantaneous water heater not only reduces energy consumption but also promotes sustainability. By consuming power only when actively heating water, it minimizes unnecessary energy usage, contributing to a greener and more eco-friendly approach
• Low energy and maintenance costs: The low energy and maintenance costs of this system contribute to a sustainable approach by eliminating the need for continuously heated water in stand-by systems. By efficiently using energy only when necessary, the system reduces overall energy consumption, resulting in lower carbon emissions and environmental impact
• Reduced legionella risk and improved hygiene: By eliminating standing tepid water in the system, the risk of Legionella growth is reduced, promoting a healthier environment with improved overall hygiene
• Space-efficient design: Compared to alternative solutions, the instantaneous heater has a small footprint as it eliminates the need for boilers, pumps, and tepid water loops
• Flexible installation: Can be mounted on a wall above or near the emergency equipment to free up floor space
• Easy integration: Only requires a power cable, making it simple to integrate into existing solutions
• Reliable and safe operation: Maintains the defined water temperature (+/- 1°C at steady state flow) without the need for additional tanks, valves, pumps, or other features
• Compliance with standards: The instantaneous water heater complies with the CE standard and is suitable for use with eye wash stations and emergency showers according to EN 15154 or ANSI.Z358
• Retrofitting and new system suitability: The 9327CE instantaneous heater can be used for both retrofitting existing installations and implementing new systems

Model 7260 AXION wall mounted eye and face wash features the medically acclaimed AXION MSR eye/face wash head assembly (patent pending). This revolutionary inverted flow design is the only product on the market that provides a Medically Superior Response consistent with all EMT, emergency room and doctors’ office protocols by sweeping contaminants away from the vulnerable nasal cavity. Traditional eyewashes irrigate from the outside edge of the eye back toward the nose, where contaminants can then be flushed into the nasal cavity through the lacrimal punctum, nature’s ocular cavity drain.

• Eyewash streams provide Zero Vertical Velocity™ stream engineering with even laminar flow for enhanced comfort, stability and effectiveness
• Unit features a round 11″ (27.9 cm) green ABS plastic receptor and aluminum
• Includes a mesh in-line strainer to collect line debris, and ball valve with stainless steel ball and stem for durability
• Supply: 1/2″ NPT. Waste: 1- 1/4″ NPT
• ANSI Z358.1 tempering solutions
• EN 15154 compliant

Certified by CSA to meet the ANSI Z358.1 Standard for Emergency Eyewash and Shower Equipment.

Model TWBS.SHE, lead-free Emergency Valve (patent pending), thermostatically mixes hot and cold water to provide a safe fluid supply for emergency shower and eyewash equipment. The valve contains a secondary high temperature limit valve to provide additional protection to the user in the event of main tempering valve malfunction. Additionally, to ensure a fail-safe water supply for emergency shower and eyewash stations, a series of cold water by-pass valves open in the event of hot water pressure loss. (No gauges supplied – ASSE 1071 standard recommends gauges be placed 5 to 8 feet (1.52 to 2.44 m) downstream for the most accurate temperature measurement.)

• A flow rate of 1 to 74 gpm (280 L) for better temperature control across the operating range
• AXION’s superior design and technology provide a complete safety solution for increased victim comfort.
• Lowest internal pressure drop for this class of valve (advantage where supply pressure is low)
• Wax based thermostat technology for fast response time with proven highly reliable temperature control
• Highest Cold Water Bypass flow rate in the industry (68% of rated tepid flow rate)
• Modular lead-free brass design with internal check stops
• Over-sized valve seats resist failures caused by foreign matter
• A new and efficient shuttle design eliminates valve binding
• A custom funnel design improves temperature control at low flow rates
• Outlet temperature is factory set to 85® F (29® C)
• Tempered water: High temperature limit is factory set to 87® F (30® C)
• Cold water by-pass valves are closed during normal operation, regardless of flow rate

Listings: ASSE 1071, CSA B125.3, NSF/ANSI 372, NSF/ANSI 61-section 8, California Health and Safety Code 116875 (AB 1953).

Model TWBS.EWE, lead-free Emergency Valve (patent pending) thermostatically mixes hot and cold water to provide a safe fluid supply for emergency eyewash equipment. The valve contains a secondary high temperature limit valve to provide additional protection to the user in the event of main tempering valve malfunction. Additionally, to ensure a fail-safe water supply for emergency shower and eyewash stations, a series of cold water by-pass valves open in the event of hot water pressure loss. (No gauges supplied – ASSE 1071 standard recommends gauges be placed 5 to 8 feet (1.52 to 2.44 m) downstream for the most accurate temperature measurement.)

• A flow rate of 1 to 12 gpm (3.8 to 45.4 L) for better temperature control across the operating range
• AXION’s superior design and technology provide a complete safety solution for increased victim comfort.
• Lowest internal pressure drop for this class of valve (advantage where supply pressure is low)
• Wax based thermostat technology for fast response time with proven highly reliable temperature control
• Highest Cold Water Bypass flow rate in the industry (83% of rated tepid flow rate)
• Modular lead-free brass design with internal check stops
• Over-sized valve seats resist failures caused by foreign matter
• A new and efficient shuttle design eliminates valve binding
• A custom funnel design improves temperature control at low flow rates
• Outlet temperature is factory set to 85® F (29® C)
• Tempered water: High temperature limit is factory set to 87® F (30® C)
• Cold water by-pass valves are closed during normal operation, regardless of flow rate

Listings: ASSE 1071, CSA B125.3, NSF/ANSI 372, NSF/ANSI 61-section 8, California Health and Safety Code 116875 (AB 1953).

Model TWBS.HF, lead-free Emergency Valve (patent pending), thermostatically mixes hot and cold water to provide a safe fluid supply for emergency shower and eyewash equipment. The valve contains a secondary high temperature limit valve to provide additional protection to the user in the event of main tempering valve malfunction. Additionally, to ensure a fail-safe water supply for emergency shower and eyewash stations, a pressure sensing diverter valve is provided that sends a pressure signal to open the cold water by-pass valve in the event of hot water pressure loss, main valve thermostat malfunction, or clogged cold water check-stop. (No gauges supplied – ASSE 1071 standard recommends gauges be placed 5 to 8 feet (1.52 to 2.44 m) downstream for the most accurate temperature measurement.)

• A flow rate of 1 to 78 gpm (295 L) for better temperature control across the operating range
• AXION’s superior design and technology provide a complete safety solution for increased victim comfort.
• Lowest internal pressure drop for this class of valve (advantage where supply pressure is low)
• Wax based thermostat technology for fast response time with proven highly reliable temperature control
• Highest Cold Water Bypass flow rate in the industry (100% of rated tepid flow rate)
• Modular lead-free brass design with internal check stops
• Over-sized valve seats resist failures caused by foreign matter
• A new and efficient shuttle design eliminates valve sticking
• A custom funnel design improves temperature control at low flow rates
• Outlet temperature is factory set to 85® F (29® C)
• Tempered water: High temperature limit is factory set to 87® F (30® C)
• Cold water by-pass valves are closed during normal operation, regardless of flow rate

Listings: ASSE 1071, CSA B125.3, NSF/ANSI 372, NSF/ANSI 61-section 8, California Health and Safety Code 116875 (AB 1953).

Model HCR8.50 is a 220 Volt, 50 Hz remote chiller provides 8.0 gallons (30.3 L) per hour of cold water. This remote can provide chilled water to a water to a wide variety of fountains with modern styling. Chiller can be concealed under a counter, between or within walls (check local codes), or high on a wall or column. Ideally suited for factories, cafeterias, restaurants, schools, and offices. Other uses could be for precooling for beverage dispensers and fountains, machine coolant cooling, photo and X-ray processing, laboratory experimental work, or a capacity booster for ice cube makers. Model HCR8.50, 8-gph remote chiller, includes a heavy gauge galvanized steel cabinet.

The refrigeration system is balanced to provide low energy usage and a longer life assured by utilizing a high displacement compressor, a counterflow cooling evaporator/chiller, efficient capillary sizing, a large capacity dryer-strainer, and a fan-cooled condenser with maximum heat exchange. Environmentally friendly R134a refrigerant is controlled by calibrated capillary tube. Air cooled remote chillers require air circulation for proper operation. Any chiller mounted under a counter must also be provided with adequate ventilation.

When chiller is installed in wall be certain that it can always be removed through opening without damaging either chiller or wall. Allow minimum 1″ clearance. Minimum 4″ clearance on back side. Unit is furnished with leads enclosed inside terminal enclosure 220 Volt, 50 Hz, single phase. Capacity is based on ARI standard of rating conditions of 50® F (10® C) drinking water, 80® F (26® C) inlet water, and 90® F (32® C) room temperature.

Multiple-Outlets: HCR8.50 is capable of supplying a maximum of 2 stations (bubbler, glassfiller). Supply line to station should be adequately insulated and no farther than 7 feet (2.12 m) from chiller.

Note: Electric water coolers are not recommended or designed for outdoor applications or enclosed pool areas (chlorine). These conditions may void warranty.

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