Model
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EQ-500SP Syringe Pump w/o Temperature Control
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EQ-500SP-H Syringe Pump w. Temperature Control
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Syringe
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One 20 mL glass syringe is included for immediate use (please click pic for details)
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One 20mL glass syringe with flexible polyimide heater wrap is included for immediate use (please click pic & video below for details)
 
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Heatable Syringe & Temp. Control | Heatable syringe & temperature control system is not included. | Polyimide heater and temperature control up to 100°C via precision temperature controller with 30 programmable segment |
Input Power Requirement | 110- 220 VAC | 110 or 220 V AC |
Features
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VEasy to use 4.25" LCD touch screen (no computer interface)- • Holds syringes from 0.4 mm up to 30 mm in diameter
- • Remembers previous settings on power up
- • Pumping rate: 0.1 -- 45 mm/min
- • Travel range: 0.001 --120 mm
- • Micro speed adjustment: 0.01 -- 8 mm/min
- • High voltage resistance up to 12 kV
- • Precise reproducible flow rates
- • Infuses Only. Does not withdraw the syringe
 -- Auto mode  -- Manual mode
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Syringe
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• 20ml Glass syringe- • OD: 24mm
- • ID: 20mm
- • Total Length with booster: 145mm
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| Dimensions | 345 mm L x 335 mm W x 190 mm H |
| Warranty | One Year limited warranty with lifetime support |
| Net weight | 15 Kg (33Lb) |
Operation instructions |
 
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Certification |
MET Certification (UL 1450) is available upon request at extra cost, please contact our sales representatives for quote.
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Applications notes
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• Pre-metered Horizontal-Dipping Process
 
Such syringe pump can precisely control the volume of the solution per unit coating area
been fed into the gap between the cylindrical barrier and the glass substrate.- • Doctor-Blade (or Wire-Bar) Coating: Such Syringe Pump can be used for adding a solvent at
various concentrations. By using multiple syringe pumps, you can add an ingredient in a certain
weight ratio to a mixed solution. Similar to the Horizontal-dipping Process, the blended organic
solution is introduced into the space between the barrier and the substrate by such pumps' capillary
action. The Doctor-Blade is transported horizontally at a given constant velocity, a thin solution layer
is then spread and formed evenly on the substrate.
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