Programmable pump 1 NE1000 syringe
The NE-1000 is a single-channel programmable syringe pump from New Era / ALA Scientific, capable of infusing or withdrawing liquids with great precision. It accepts a syringe up to 60 mL (up to 140 mL partially filled), offers a compact keyboard interface, and can operate alone or in a network of up to 100 units controlled via RS-232.
Features of the NE1000 1-syringe programmable pump
- Acceptance of syringes up to 60 mL, with the option of a partially filled 140 mL syringe.
- Simple keyboard interface and compact size (footprint: 5 ¾″ × 8 ¾″/146 × 222 mm).
- Infusion and withdrawal available, even under high pressure (up to ≈ 100 psi), with motor lock detection.
- Programmable up to 41 phases, variable according to flow rate, volume, pause, TTL/RS-232 triggers, alarm buzzer.
- Stand-alone control or via bi-directional RS-232 and TTL I/O, network for up to 100 pumps.
- Non-volatile memory, automatic restart after shutdown, configurable audible alarm, lifetime technical support.
Technical specifications of the NE1000 programmable 1 syringe pump
| Caractéristique | Valeur |
|---|---|
| Number of syringes | 1 syringe up to 60 mL (140 mL partially filled) |
| Minimum flow | ≈ 0.73 µL/h (syringe 1 mL B-D) or less depending on syringe used |
| Maximum flow | Up to ≈ 2120 mL/h (60 mL); up to 3470 mL/h with partial 140 mL |
| Dosing accuracy | ± 1 % |
| Number of programmable phases | Up to 41 |
| Interfaces | Bi-directional RS-232, TTL Programmable I/O |
| Control network | Up to 100 pumps connected |
| Motor lock detection | Yes |
| Memory | Non-volatile |
| Audible alarm | Yes, configurable |
| Chassis dimensions | Approx. 8.75″ × 5.75″ × 4.5″ (~22.9 × 14.6 × 11.4 cm) |
| Weight | ~1.63 kg (3.6 lb) |
| Maximum linear force | ~35 lb (≈ 15 kg) at low speed, ~18 lb (≈ 8 kg) at high speed |
| Guarantee | 2 years + unlimited technical support |
Applications
- Precise infusion or withdrawal for research, pharmaceutical or industrial laboratories.
- Microfluidic applications, automated dosing, perfusion, programmed gradient.
- Complex protocols thanks to multi-phase programming and TTL/RS-232 interfaces.