NE-1600 programmable pump for 6 syringes
The NE-1600 (SyringeSIX) is a programmable multi-channel pump with six (or 2-4) syringes up to 60 mL (can accommodate up to 140 mL in ≤ 4 syringe configuration), ideal for simultaneous or independent high-precision infusion and withdrawal.
Features of the NE-1600 programmable 6-syringe pump
- Handles 2, 4 or 6 syringes up to 60 mL each (up to 140 mL if fewer than 6 syringes).
- Extreme flow rates from ≈ 0.452 µL/h (1 mL) up to ~1451 mL/h (60 mL), or even up to 2376 mL/h.
- Programmable up to 41 phases with management of flow rates, volumes, pauses, external triggers, audible alarms.
- Stand-alone operation via keypad or controlled via bi-directional RS-232 and TTL I/O, with networking possible for up to 100 units.
- Automatic stall detection, non-volatile memory, power failure recovery, configurable alarm.
- Unlimited technical support, 2-year warranty.
Technical specifications of the NE-1600 programmable 6 syringe pump
| Caractéristique | Valeur |
|---|---|
| Number of syringes | 6 (also available with 2 or 4 channels as required) |
| Maximum syringe size | Up to 60 mL in full mode, up to ~140 mL if less than 6 channels |
| Minimum flow | ~0.452 µL/h (series B-D 1 mL) |
| Maximum flow | ~1451 mL/h with 60 mL syringe (up to ~2376 mL/h depending on syringe) |
| Dosing accuracy | ± 1 % |
| Stability/repeatability | ± 1 % |
| Programmable phases | Bidirectional RS-232, TTL Programmable I/O |
| Interfaces | Up to 100 pumps connected simultaneously |
| Security | Motor lock detection, non-volatile memory, audible alarm |
| Dimensions (chassis) | ~26.1 × 38.1 × 12.7 cm (≈ 10¼″ × 15″ × 5″) |
| Weight | ~4.6 kg (≈ 10.1 lb) |
| Maximum linear force | ≈ 72.6 kg (160 lb) at low speed, ~13.6 kg (30 lb) at high speed |
| Available formats | Push-pull versions of twin pumps available |
| Guarantee | 2 years + lifetime technical support |
Applications
- Simultaneous multi-channel infusion/withdrawal for research, biomedical and industrial laboratories.
- Complex protocols with synchronisation via TTL/RS-232, computer control or stand-alone.
- Continuous Push-Pull flow for automated experiments requiring smooth synchronisation.