Sparkler UK brochure U.K.Office: Palmcroy House 387,London Road, Croydon Surrey, CRO 3PB. Phone: (+44) 020 8689 0863 Fax : (+44) 020 8689 6016 E-mail: info@sparkler-filters.co.uk Brochure valid up to ~2009

1. U.K.Office: Palmcroy House
387,London Road, Croydon
Surrey, CRO 3PB.
Phone: (+44) 020 8689 0863
Fax : (+44) 020 8689 6016
E-mail: info@sparkler-filters.co.uk
SPARKLER
AUTO-LINE FILTER
A SELF CLEANING FILTERSYSTEM
AUTO-LINE S & SE

2. Auto-line S & SE
The Sparkler Auto-Line filter is a continuously operating automatic self-cleaning filter. The
filtration principle is based on a asymmetric edge gap element where the particles are
retained on the inside of the filter element. In the cleaning cycle the particles are scraped to
a sludge chamber which can be drained at appropriate intervals. The Auto-line filter is
operated by a PLC or by a pneumatic controller. The Auto-line SE is a extended cylinder
version, which is developed to protect the cylinder for possible product contamination. This
version is the preferred model when filtering products like organic solvents, polymers,
adhesives etc.
The Sparkler Auto-line S & SE Filters are manufactured in stainless steel
316L. The design accommodates the standard and regulations for pressure
vessels PED 97/23 with CE marking. The filter is supplied with PLC or
pneumatic controller
and automated drain valve, ready to use.
Design pressure: 16 bar
Test Pressure: 24 bar
Max. Differential pressure max.: 3,0 bar
Design temperature: 80°
C, 120°
C (150°
C)
Volume: 3,5 liter
Weight: 16 kg
Electricity requirement: 240VAC/50Hz
Pneumatic requirement: 5-7 bar, filtered air
Connections: R 5/4
Drain: RP 1
Retention sizes: 30-50-100-150-300-500-1000 micron.
Standard available strainers are marked underlined.
Capacity
(For liquids with a
viscosity of 1 cSt))
Capacity in m
3
/hDifferential
pressure
bar
Filtration
area
cm
2
30µ 50µ 100µ 150µ 300µ 500µ 1000µ
0,05 430 4,5 5,0 6,0 6,5 6,5 6,5 6,5
0,10 430 6,0 7,5 9,0 9,0 9,0 9,0 9,0
0,15 430 7,5 8,5 11,0 11,0 11,0 11,0 11,0
0,20 430 8,5 10,0 13,0 13,0 13,0 13,0 13,0