The KASCO ZP3 is a high-efficiency P3 reusable particle filter fitted with the standard 40mm RD40 threaded connection (Rd40 × 1/7") to EN 148-1, commonly referred to as a DIN 40mm respirator connection.
This standard connection allows the ZP3 to be used with many compatible half-face and full-face respirators from different manufacturers, provided the respirator has an EN 148-1 / RD40 40mm threaded connection.
Key Features
Universal-style 40mm RD40 threaded connection
EN 148-1 standard respirator thread
Compatible with many brands of RD40 half-face and full-face respirators
P3 protection against particles and liquid and solid aerosols
Minimum filtration efficiency: 99.95%
Reusable filter
Large 110mm diameter for low breathing resistance
Pivoting protective grille for easier decontamination
Important: Check that your respirator is marked EN 148-1, RD40 or 40mm threaded connection before purchasing. This filter will not directly fit respirators that use proprietary bayonet or push-fit filter connections.
Filter certified to EN 143 standard
Specifications
UM
Value
Weight
[kg]
0,13
Diameter
[mm]
110
Height
[mm]
55
Respiratory resistance at 30 l/min(<2,6)
[mbar]
0,3
Respiratory resistance at 95 l/min(<9,8)
[mbar]
1,1
Classification according to EN 143
P3
Marking colour
White
Threaded connection
EN 148-1
Conforms to REGULATION (EU) 2016/425
Components
Material
Filter housing
Polypropylene
Filter cartridge
Technical paper
Glue
Polyurethane
Efficiency according to EN 143
Airflow [l/min]
Type of Aerosol
Max. admissible Penetration[%]
Min admissible Efficiency [%]
Penetration measured[%]
(1)
(2)
(3)
95
DOP
0,05
99,95
0,0024
0,0029
0,0031
95
NaCl
0,05
99,95
0,005
0,001
0,0005
(1): Penetration (mean calculated during 30 +/- 3 s sampling after 3 min from the start of the test) ; (2): Maximum penetration up to an exposure of 120 mg of aerosol (penetration recorded every 5 min); (3): Penetration (mean calculated during 30 +/- 3 s sampling after 3 min from the start of the test) after exposure to 120 mg of aerosol and 24h storage. Note: penetration data refers to particles larger than 0.3μm
