(2 pieces) Thermo Scientific Kendro UV light UV-C30 sterilizing ultra-violet light for all HERAsafe models
Lamps: 2x 15W
Dimensions:51 cm wide 30 cm high14 cm deep
230V50Hz0,14A254 nm
High throughput tactile microbial air sampler
Brand: MILLIPORE
Type: RCS High Flow Touch
with : Rotor; Power source; 2 additional cables (see photo); Two disks (RCS management software + USB serial printer adapter); Quick start guide; Carrying case; Rotor calibration expired - Rotor calibration required
Horizontal laminar flow cabinet Brand BioAir Model Aura B4 from 1991
Dimensions: Length 145 cm (hood+support 221 cm), width 79 cm, height 276 cm H
Tension: 250 V I – 50 Hz 2000W
Horizontal laminar flow cabinet Brand BioAir Model S@feflow 1.2 from 2011
S@feflow Two are the newest BioAir Class II (Type A2) microbiological safety cabinets designed to allow sterile manipulation while providing protection for operator, environment and product from biological contamination. S@feflow Two cabinets are certified according to EN12469:2000 by TUV Nor
MAIN FEATURES
• Microprocessor controlled EC motor blower enhances energy efficiency, reducing operating costs.
• Fully compliant with the EN12469 safety standard as independently tested and certified by TUV Nord,
the leading testing agency in Europe.
• Air and aerosol tight electrical sliding sash with unique “yzy” movement.
• Dual use uv kit: back wall installable or functioning as a mobile kit.
• 10° sloping front aperture to maximise comfort.
• Innovative lower edge tilting system for safe cleaning of the front glass
• Double skin with windows for increased protection and comfort.
• Eco mode to reduce power consumption
• Dual lighting system: choose between fluorescent or led.
• Full colour touch screen control panel d (Germany).
STANDARD UTILITIES
Utilities are located on the back wall of the working area. Connectors for the utilities are located on the
top of the cabinet towards the back.
Removable Vacuum tap. On the back wall, right side.
Removable Gas tap with safety solenoid valve. On the back wall, right side.
Electrical socket. On the back wall, right side.
Mobile UV Kit socket. On the back wall, right side.
DOP sampling port. Below the work surface, left side.
TECHNICAL SPECIFICATIONS
Part No. with solid work surface LDH4200
External size(w,d,h) mm 1490 x 850 (790 with opened plastics) x 1365
Work area size (w,d,h) mm 1280 x 595 x 700
Front Aperture (mm) 210
Weight (Kg) 260
HEPA filters efficiency > 99,995% MPPS (test MPPS according to EN1822.1)
Exhaust air volume ≈480 m3/h
Motorblower(s) Centrifugal with speed autoregulation based on filter clogging status.
IP55 protection level (2 blowers in 1.8 model)
Power supply 230V 50Hz
Power (W) 375
Internal Sockets 1
Lighting >850 lux
Sound pressure level <50 dB(A)
Main structure: cold rolled steel, stove enamel coated RAL 7035 + ABS plastics
Working space surface: stainless steel AISI 304 - 2B finishing
Front and side walls windows: laminated safety glass
climet CI 750t
Particle Counters
climet CI 750t
Particle Counters
The test instrument is a small and lightweight portable unit.
The instrument provides the ability to perform either a forward flow test, bubble point test. Combined forward flow and bubble point test, water intrusion testo or leak test. The filter can be tested in place or of-line and its performance capacity remains unaffected by the test when suitable protocols are followed.
The instrument provides direct flow measurement of the filter under test. This measurement is independent of upstream volume over a wide range. Extensive internal Self test feature and use of high precision components virtually eliminate the possibility of significant measurement errors. The instrument is connected upstream of the filter under stress. The measurements are, therefore non-invasive of the downstream side of the filter and risk of contamination is eleimnated.t his is particularly important in installations where the filter has been sterilized before integrity testing.
Via XXV Aprile, 8
21054 Fagnano Olona (VA)
Italia
Tel. +39 0331 1693557
email: inti@intisrl.it