SOLLATEK (UK) LTD UNIT 4/5, TRIDENT INDUSTRIAL ESTATE, BLACKTHORNE ROAD, POYLE, SLOUGH SL3 0AX, UNITED KINGDOM Tel: +44 1753 688300 Fax: +44 1753 685306 E-mail: [email protected]http://www.sollatek.com The Power to Protect The Sollatek ASP protects and provides clean stable power for • beverage machines • drinks dispensers • coolers • chillers • freezers • refrigerated confectionery dispensers • air conditioning equipment • and all other refrigeration equipment INPUT BAD OUTPUT STILL GOOD THE SOLLATEK AUTOMATIC STABILISED PROTECTOR (ASP) THE SOLLATEK AUTOMATIC STABILISED PROTECTOR (ASP) SOLLATEK ASP
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THE SOLLATEK AUTOMATIC STABILISED PROTECTOR (ASP) · INTRODUCTION INPUT BAD NO OUTPUT WAIT INPUT VERY BAD INPUT NOW GOOD INPUT GOOD OUTPUT GOOD INPUT GOOD OUTPUT GOOD OUTPUT STILL
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• air conditioning equipment • and all other refrigeration equipment
INPUT BAD OUTPUTSTILL GOOD
THE SOLLATEK AUTOMATIC STABILISED PROTECTOR (ASP)
THE SOLLATEK AUTOMATIC STABILISED PROTECTOR (ASP)
SOLLATEK ASP
Voltage fluctuations can have a serious and detrimental effect on motors
and compressors, reducing or eliminating their effective cooling output,
and, very commonly, causing damage to the compressor. Now, there is a
solution to this problem.
The Sollatek Automatic Stabilised Protector (Sollatek ASP) has been designed
to provide a clean, regulated AC power supply to OEM equipment in
environments with unreliable, fluctuating mains supply.
The Sollatek ASP has been developed in close collaboration with Coca-Cola
Africa and Atlanta, Georgia.
Hundreds of thousands of Sollatek protectors are now in use in Fridges,
Freezers, Bottle Coolers and Air-Conditioners worldwide and have proved to
be extremely effective economically in reducing maintenance costs and
down time.
In some countries the mains voltage is low or fluctuating most of the time. In
these situations the compressor is certain to suffer damage in time and
furthermore its cooling function is severely handicapped. In these situations
the only solution is to fit a Sollatek ASP.
Outside these countries the Sollatek ASP can be depended on to greatly
improve compressor reliability, in otherwise unreliable mains environments.
INTRODUCTION
INPUT BAD
NO OUTPUT
WAIT
INPUT VERY BAD
INPUT NOW GOOD
OUTPUT GOODINPUT GOOD
OUTPUT GOODINPUT GOOD
OUTPUTSTILL GOOD
INPUT BAD OUTPUTSTILL GOOD
PowerFluctuationsIn areas of frequentvoltage fluctuationsand longdurations ofunder or overvoltage
THE SOLLATEKAUTOMATIC STABILISED PROTECTOR
THE ASP PRINCIPLE
“ The Sollatek Automatic
Stabilised Protector (Sollatek
ASP) has been designed to
provide a clean, regulated AC
power supply to OEM equipment
in environments with unreliable,
fluctuating mains supply.”
The Sollatek ASP has the following advanced features:
The Sollatek ASP boosts low voltage.
The Sollatek ASP reduces high voltage.
The Sollatek ASP disconnects the compressor, using its built-in Voltage Delay Switcher, when mains stabilisation within acceptable limits is outside its ability.
Automatically reconnects the compressor, but only after the mains has remained within acceptable limits for a period of three minutes. This is to allow neutralisation of compressor gases, critical in such applications.
Has a very wide voltage response range of 140V to 295V. (see page 5 for tableof input and output voltage responses).
Incorporates TIME SAVETM intelligent delay to reduce off-time when the appliancehas been switched off for over three minutes.
Is OEM packed for water-splash resistance.
Is simple to connect with only three wires:Live-In From the mains inletLive-Out To the loadNeutral From the mains inlet
Comprises two discreet components; the electronic control module (encapsulated for mechanical and environmental conditions) and the power transformer.
Uses a unique zero voltage switching technique to achieve clean pure stabilised power.
Incorporates full spike protection.
Frequency compensated measurements.
Frequency and voltage measurement smoothing in software to filter noise.
Fault detection - senses if the measurements being made are unreasonable anddisconnects output. Red and yellow LEDs flash alternately to indicate a fault.
Wait bypass for ease of testing. Two test points are provided for the test/serviceengineer so that the ASP will go straight from ‘yellow’ state to ‘green’.
Under voltage blind period of 0.5 seconds to allow for load starting surge.
PRODUCT FEATURES
TIMESAVETMTIMESAVETM
The Sollatek ASP range is easy to order. All model numbers
The Sollatek ASP range is available in 3 different types;
ASP
ASPM
ASPL
The ASPM and the ASPL are lower spec variations ofthe ASP. The table below outlines the differencebetween the 3 different types. For full voltage characteristics, refer to Table 5.
All of the above types are available in a shroudedversion (add suffix S to model number, e.g. ASP04-22-S). Shrouding improves the protectionrating of the transformer to IP24.
Table 1.
Table 2.
LVD: low voltage disconnect HVD: high voltage disconnect
230VASP1C-22 N 1.75 230ASP02-22 O 2 230ASP03-22 P 3 230ASP04-22 Q 4 230ASP05-22 Q 5 230ASP06-22 R 6 230ASP07-22 S 7 230ASP08-22 T 8 230ASP09-22 U 9 230ASP10-22 V 10 230ASP12-22 W 12 230ASP14-22 X 14 230ASP16-22 X 16 230ASP20-22 Y 20 230ASP24-22 Z 24 230
110VASP1C-11 L 1 115ASP02-11 M 2 115ASP03-11 M 3 115ASP04-11 N 4 115ASP05-11 O 5 115ASP06-11 P 6 115ASP07-11 P 7 115ASP08-11 P 8 115ASP09-11 Q 9 115ASP10-11 Q 10 115ASP12-11 R 12 115ASP14-11 R 14 115ASP16-11 T 16 115ASP20-11 U 20 115ASP24-11 W 24 115
127VASP1C-33 L 1 127ASP02-33 M 2 127ASP03-33 N 3 127ASP04-33 O 4 127ASP05-33 P 5 127ASP06-33 P 6 127ASP07-33 P 7 127ASP08-33 P 8 127ASP09-33 Q 9 127ASP10-33 Q 10 127ASP12-33 R 12 127ASP14-33 S 14 127ASP16-33 U 16 127ASP20-33 V 20 127ASP24-33 W 24 127
ASPMType Size Amps Voltage
ref.
230VASPM1C-22 M 1.75 230ASPM02-22 M 2 230ASPM03-22 O 3 230ASPM04-22 P 4 230ASPM05-22 P 5 230ASPM06-22 Q 6 230ASPM07-22 Q 7 230ASPM08-22 R 8 230ASPM09-22 R 9 230ASPM10-22 S 10 230ASPM12-22 T 12 230ASPM14-22 U 14 230ASPM16-22 V 16 230ASPM20-22 X 20 230ASPM24-22 X 24 230
110VASPM1C-11 L 1 115ASPM02-11 L 2 115ASPM03-11 L 3 115ASPM04-11 M 4 115ASPM05-11 M 5 115ASPM06-11 N 6 115ASPM07-11 O 7 115ASPM08-11 O 8 115ASPM09-11 P 9 115ASPM10-11 P 10 115ASPM12-11 P 12 115ASPM14-11 Q 14 115ASPM16-11 Q 16 115ASPM20-11 R 20 115ASPM24-11 S 24 115
127VASPM1C-33 L 1 127ASPM02-33 L 2 127ASPM03-33 L 3 127ASPM04-33 M 4 127ASPM05-33 N 5 127ASPM06-33 N 6 127ASPM07-33 O 7 127ASPM08-33 O 8 127ASPM09-33 P 9 127ASPM10-33 P 10 127ASPM12-33 P 12 127ASPM14-33 Q 14 127ASPM16-33 Q 16 127ASPM20-33 R 20 127ASPM24-33 T 24 127
ASPLType Size Amps Voltage
ref.
230VASPL1C-22 L 1.75 230ASPL02-22 M 2 230ASPL03-22 N 3 230ASPL04-22 P 4 230ASPL05-22 P 5 230ASPL06-22 P 6 230ASPL07-22 Q 7 230ASPL08-22 Q 8 230ASPL09-22 R 9 230ASPL10-22 R 10 230ASPL12-22 T 12 230ASPL14-22 U 14 230ASPL16-22 V 16 230ASPL20-22 X 20 230ASPL24-22 X 24 230
110VASPL1C-11 L 1 115ASPL02-11 L 2 115ASPL03-11 L 3 115ASPL04-11 M 4 115ASPL05-11 M 5 115ASPL06-11 N 6 115ASPL07-11 N 7 115ASPL08-11 O 8 115ASPL09-11 P 9 115ASPL10-11 P 10 115ASPL12-11 P 12 115ASPL14-11 P 14 115ASPL16-11 Q 16 115ASPL20-11 R 20 115ASPL24-11 S 24 115
127VASPL1C-33 L 1 127ASPL02-33 L 2 127ASPL03-33 L 3 127ASPL04-33 M 4 127ASPL05-33 M 5 127ASPL06-33 N 6 127ASPL07-33 O 7 127ASPL08-33 P 8 127ASPL09-33 P 9 127ASPL10-33 P 10 127ASPL12-33 P 12 127ASPL14-33 Q 14 127ASPL16-33 R 16 127ASPL20-33 R 20 127ASPL24-33 S 24 127
Other sizes can be made subject to requirements if the following information is provided:
• Nominal Input Voltage • Nominal Output Voltage • Output current
Drawing 1
Table 3.
See Table 2
SPECIFICATIONS
Parameter Specifications
REGULATION RANGE
See Input/Output Voltage table 5
INPUT VOLTAGE LIMITS
See Input/Output Voltage table 5
SPIKE PROTECTION
160J, 6500 Amps (8/20µs). Response time <10 ns
OUTPUT CURRENT
See Product Selection Table 3
LEDs
Undervoltage REDOvervoltage REDWait AMBERRun GREEN
CONNECTION DELAY
Intelligent Delay Off time is reduced from 3 mins for minimal compressor down time.Delay Bypass Connection delay can be bypassed using jumper on PCB
TECHNOLOGY
Zero Voltage Switching Transformer tap switching takes place at zero point in voltage waveform Response time Within 0.1 second
PERFORMANCE
Thermal endurance Continuously rated at full load at full boost (full boost represents worst case)Over-voltage endurance Runs continuously without damage at maximum permissible input voltage
ENVIRONMENTAL
Moisture resistance Circuitry splashproof by encapsulation of circuit board