Body safety shower stainless steel, wall mounted recessed version - PremiumLine - BR 081 095 | B-Safety B-Safety - 1
Body safety shower stainless steel, wall mounted recessed version - PremiumLine - BR 081 095 | B-Safety B-Safety - 1

Body safety shower stainless steel, wall mounted recessed version - PremiumLine - BR 081 095 | B-Safety

B-Safety BR 081 095 PremiumLine Body Safety Shower

Wall-mounted emergency body shower, constructed from polished stainless steel. Water connection is ¾" male. Projection is 605 mm; installation height is 2345 mm ±100 mm. Designed for dynamic pressure range 1.5–3 bar, with nominal flow rate 50 l/min.

Construction Details

  • Shower head: AISI 316 stainless steel
  • ¾" ball valve: AISI 316 stainless steel
  • Piping: AISI 316
  • Pull rod with ring: AISI 316, length 700 mm
  • Cover rosette: AISI 304
  • Flow regulator: POM

The shower head is self-draining, minimizing stagnant water and scale formation in installations with infrequent activation.

Hydraulic Operation

Integrated flow regulator maintains consistent spray pattern within specified pressure range. Standard BR 081 095 delivers 50 l/min, classified as hazard class I per EN 15154-5:2019. Variants available: 75 l/min (20 GPM) for hazard class II, 110 l/min for hazard class III.

Standards and Certifications

Complies with EN 15154-1:2006, EN 15154-5:2019, and ANSI Z358.1-2014. Valve is DIN-DVGW tested and certified (DVGW NW-0416CL0425). Supplied with EN ISO 7010 / ASR A1.3 signage, PVC 150 × 150 mm, 15 m recognition distance.

Applications

Suitable for chemical plants, laboratories, hazardous liquid loading areas, paint shops, water treatment, battery manufacturing, and industrial zones requiring immediate body decontamination.

Available Accessories

Options include floor-level activation cable, 1150 mm pull rod, stainless steel ¾" service isolation valve, thermostatic mixing (20–43 °C), IP65 flow switch, EX zone 1 & 2 switch, and 230 V / 50 Hz alarm system.

Datasheet and documents

Description

Technical Specifications

  • Material: Stainless steel
  • Surface: polished
  • Projection: 605 mm
  • Installation height: 2345 mm (± 100 mm)
  • Operating pressure: 1.5 to 3 bar
  • Flow rate: 50 l/min (75/110 l/min)
  • Water inlet: ¾“ male

Norms / Approvals

  • EN 15154-2:2006
  • EN 15154-5:2019
  • ANSI Z358.1-2014
  • DIN-DVGW, DVGW, NW-0416CL0425
  • GOST-R, Certificate-No. 0615463 0615463

Product description

The body safety showers are equipped with the B-SAFETY high-performance shower head, which not only meets the specifications of ANSI Z358.1 and EN 15154, but is also self-draining, largely free of calcification and maintenance, and very robust and corrosion-resistant. The limited, uniform and above all soft water jet is optimized for rinsing off chemicals on the skin.

The integrated automatic flow regulator ensures a standard-compliant spray pattern regardless of the water pressure on site. With the enclosed safety sign according to EN ISO 7010 and ASR A1.3, the B-SAFETY emergency shower is marked and visibility is improved. The viewing distance is 15 meters.

DVGW
ISO9001_D_72

Technical Description

  • connection pipe ¾“ of stainless steel, polished, length 75 mm, water inlet ¾” male
  • push-on rosette of polyamide to cover the installation
  • ball valve ¾” of stainless steel, with pull rod actuation, DIN-DVGW tested and certificated
  • pull rod with ring handle of stainless steel, polished, length 700 mm
  • wall shower arm ¾“ of stainless steel, polished, projection 605 mm
  • integrated automatic flow regulation 50 l/min. for a spray pattern acc. to the norms at a specified operating range of 1.5 to 3 bar dynamic water pressure
  • high-performance shower head of stainless steel, polished, with improved spray pattern, corrosion resistant, largely scale and maintenance-free, very robust, self-draining
  • sign for body safety shower according to EN ISO 7010 und ASR A1.3, self-adhesive PVC-film, 150 x 150 mm, viewing distance 15 metre
  • mounting height 2345 mm (± 100 mm)
  • according to BGI/GUV-I 850-0, DIN 1988 and EN 1717
  • according to ANSI Z358.1-2014, EN 15154-1:2006 and EN 15154-5:2019
  • DIN-DVGW tested and certificated

Certification

DVGW    ISO9001_D_72