Description
EQ-500SP(-H) is a single channel Syringe pump with large LCD control. It is designed for precise liquid injection for various coating applications such as ultrasonic spray coating, spinning coating and so on. Heatable syringe and temperature controller is available at additional cost, please select from the optional bar, which allows the researcher to make new polymer coating at a certain temperature liquid.
Specifications:
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Syringe
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One 20 mL plastic syringe is included for immediate use (please click pic for details)
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Input Power Requirement
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24 VDC
(A 110- 220 VAC to 24 VDC power adapter is included) |
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Features
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- Easy to use 4.25" LCD touch screen (no computer interface)
- Holds syringes from 0.04 mm up to 30 mm in diameter
- Remembers previous settings on power-up
- Pumping rate: 0.001 -- 20 mm/min
- Travel range: 0.010 -- 90 mm
- High voltage resistance up to 12 kV
- Precise reproducible flow rates
- Can be set to withdraw the syringe after finishing pumping.
-- Auto mode
-- Manual mode
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Syringe
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- 20ml Plastic syringe
- OD: 21mm
- ID: 20mm
- Total Length with booster: 130mm
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| Dimensions |
Controller: 235 mm L x 200 mm W x 130 mm H
Syringe Pump: 260 mm L x 65 mm W x 65 mm H
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| Warranty |
One Year limited warranty with lifetime support
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| Net weight |
3.6 Kg (8 Lbs)
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Operation instructions |
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Certification |
- MET Certification (UL 1450) is available upon request at extra cost, please contact our sales representatives for a quote.
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Applications notes
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- Pre-metered Horizontal-Dipping Process
Such a syringe pump can precisely control the volume of the solution per unit coating area being fed into the gap between the cylindrical barrier and the glass substrate.
- Doctor-Blade (or Wire-Bar) Coating: Such a 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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