Harvard PHD Ultra ABSCIEX 5038006 Syringe Pump 98-5457

The Harvard PHD Ultra ABSCIEX syringe pump 5038006, also known as model 98-5457, provides precise fluid management that is necessary for mass spectrometry and analytical uses. This high-tech syringe pump guarantees steady flow rates from picoliters to milliliters, making it possible for ABSCIEX spectrometer systems to work in labs all over the world.

The Harvard PHD Ultra 5038006 syringe pump is made to work with ABSCIEX mass spectrometers. It is great at giving ultra-precise infusions and withdrawals for calibration, sample injection, and continuous flow investigations. With a microprocessor-controlled stepper motor and microstepping technology, it provides flow precision of ±0.25% and reproducibility of ±0.05%, which reduces pulsations that are important for delicate LC-MS operations. Its touchscreen interface makes it easy to design complicated profiles like ramps, gradients, and multi-step approaches. It also works with syringes from 0.5 µL to 140 mL, which makes it useful for a wide range of experiments.

ABSCIEX Syringe Pump 5038006 – Technical Specifications

ABSCIEX Syringe Pump Key Features:

1) Advanced microstepping with 12,800 steps per lead screw revolution for pulseless flow, which is great for calibrating mass spectrometers.

2) You can set the rate, ramp, gradient, pulse, and bolus profiles to run at a constant rate, ramp, gradient, pulse, or bolus rate with easy-to-use touchscreen software.

3) Support for many syringes (up to 10 with optional racks) and gang operation for experiments that need a lot of throughput.

4) RS-232/RS-485 and TTL I/O make it possible to use remote controls with ABSCIEX systems and automation solutions.

5) Adjustable force limitations of up to 75 lbs safeguard syringes when working with thick liquids in spectrometer applications.

Usage Instructions:

-> Put compatible syringes into the regular or multi-rack holder, use barrel clamps to hold them in place, and choose the type of syringe you want using the touchscreen lookup table.

-> Use Quick Start, preloaded, or custom techniques to set the program infusion/withdrawal rates, target volumes, or timings for exact sample delivery.

-> Use RS-485 or I/O ports to connect to an ABSCIEX spectrometer so that LC-MS/MS workflows can run in sync. The color display lets you see what’s going on in real time.

-> Before running, set restrictions on force and delays to make sure that it can run safely and automatically for long periods of time without needing to be manually controlled.