Advanced Programmable Syringe Pump PHD ULTRA
- Product SKU: HA-70-3007
- Category: Harvard Apparatus, Microfluidic Syringe pump, Pumps & Flow Controllers
A high accuracy advanced programmable infusion/withdrawal syringe pump capable of running up to 10 syringes at the same time. This pump represents the latest technology in syringe pumps and it allow you to smoothly delivers fluid volumes from hundreds of milliliters per minute all the way down to pico-liter per minute volumes. It is perfectly suited to microfluidic applications where a wide range of flow rates or a high force is necessary.
This pump can be easily programmed and controlled without a computer through its intuitive touchscreen display and has a multitude of connection options.
Superior functionalitiesFlow rates from 1.50 pL/min to 216 mL/min are delivered with a high grade of accuracy (0.25%) and reproducibility (0.05%). A small step angle stepper motor, controlled by a microprocessor, drives a lead screw and pusher block. Advanced micro-stepping techniques are employed to further reduce the step angle and eliminate flow pulsation.
- Advanced programs for infusion and withdrawal
- Running simple to complex methods without the need of a computer
- Use in constant flow or constant pressure mode
- Automatic correction of the flow rate to maintain constant pressure
- Highly modular multi-syringe operation (up to 10 syringes simultaneously)
- Intuitive LCD color touch screen and icon interface for an high user-friendly control
- Vertical or horizontal orientation
- Adjustable linear force to 75 lb
- 2 year warranty
The Harvard Apparatus PHD ULTRA syringe pump series is a family of high-accuracy, easy to use, rugged pumps. This pump can be oriented vertically or horizontally for optimum experimental connectivity and it comes standard to hold 2 syringes.
Additionally, it can be purchased with 2 other syringe racks: 6/10 syringe rack, 4x140 ml syringe rack and and 4 x microliter syringe rack. Multi-syringe racks provide multi-channel operation or serve as a large capacity reservoir.
Multiple Syringe Options
Available syringe racks
- The standard 2-syringe rack holds 2 syringes from 0.5 μl to 140 ml
- The 4 x 140 multi-rack holds four 60 ml or 140 ml plastic syringes only
- 6/10 multi-rack will hold up to 10 syringes from 0.5 μl to 20 ml and up to 6 syringes from 30 ml to 60 ml
- The microliter syringe rack independently holds 4 syringes, from 0.5 μl to 10 ml, enabling syringes of different sizes to run simultaneously.
Touch Screen Interface
The high resolution LCD touch screen with intuitive icon interface grants users unparalleled ease of use. You can create, save and run both simple and complex multi-step pumping methods without a PC then clearly monitor all key parameters displayed directly on the touch screen interface.
Applications of the Harvard Apparatus PHD ULTRA Series Syringe Pumps
The Harvard Apparatus PHD ULTRA Series syringe pumps are highly versatile and have been demonstrated to excel in a wide variety of applications and fields. Some of the many possible applications of the Harvard Apparatus PHD ULTRA Series syringe pumps:
Microfluidics: the PHD ULTRA Series pumps have the flow stability and accuracy required for demanding microfluidic and nanofluidic applications. They can for example be used for fluid flow control to mix flow streams or create non-mixing parallel flow streams.
Cell biology: requiring the precise control of very small volumes of fluid, cell biological applications involving microinjections of viruses and plasmids etc. can be reliably performed with these pumps.
Micro liquid chromatography: easily generate binary and ternary gradients over a wide range of flow rates and pressures for chromatographic analyses.
Infusion and drug delivery: maintain critical dosing regimens and interpretation of pharmacokinetics by delivering accurate and smooth flows.
Advanced Programming Features
This model supports infuse only, withdraw only, infuse/withdraw and withdraw/infuse operations. Users can create and store multiple Methods of up to 800 steps on the pump.
The Harvard Apparatus Existing Methods and User Defined Methods consist in Pump Operation Profiles that can be selected along with a syringe selection, commands, and I/O triggers to create a Method. There are eight Pump Operation Profiles available for selection:
- Constant rate
These pre-programmed profiles can be selected for quick and easy configuration of the pumps. The basic operation is a simple 3-step procedure:
- Select a Method
- Enter operating parameters
- Preview or Run your Method
Quick Start Methods are for simple infusions, withdrawals or a combination. If more complexity is needed a User Defined Method can be made up of the pump operation profiles with up to 50 individual steps consisting of the following commands:
- Time delays
- Repeating steps
- Stopping the pump
- Triggering the pump’s TTL output
- Accepting an input, such as a user touch
- Events triggering infusion or withdrawal
Methods can be named for easy identification and stored on a computer for later retrieval. Methods can be edited, renamed, deleted, appended to one another and exported to other pumps, giving maximum flexibility and control to the syringe pump users. By programming and saving custom Methods in the pump, multi-user errors are reduced. Easily transfer complex methods to other pumps and/or download methods from a PC.
The Harvard Apparatus FlowControl software can control both an individual syringe pump as well as multiple pumps connected in a daisy chain or USB hub. Users can enter syringe data, flow rate and flow direction (infusion or withdrawal). The flow rate and flow direction can both by modified while the pump is running. The software allows you to create, edit, save, and recall simple to complex methods for controlling individual pumps and multiple pumps.
Quickly and easily monitor the status of whether each of your pumps is ready, off-line or detecting an error, notifying you to check the connections.
Real-time data graphing
The FlowControl software allows you to graphically monitor the flow parameters, such as infuse and refill rates and volume dispenses, of each independent pump in addition to displaying them in the Method Execution window.
The Harvard Apparatus PHD ULTRA series offer a multitude of connection options for controlling and programming the syringe pumps. It has a USB serial port for computer control, a footswitch input port, RS-485 ports for daisy chaining pumps, and a digital input/output for external control through a computer or other device.
|Type||Microprocessor Dual Syringe, Infusion/Withdrawal Programmable|
|Flow Rate||Single Syringe: 1.50 pL/min to 216.0 mL/min|
|Display||4.3" WQVGA TFT Color Display with Touchscreen|
|I/O & TTL||15-Pin D-Sub Connector|
|Footswitch||Mini Phono Jack|
|Average Linear Force||34 kg (75 lbs) at 100% Force Selection|
|Step Resolution||0.082 μm/μstep|
|Input Power Connection||2.5 mm ID x 5.5 mm OD male plug|
|Input Power||12-30 VDC|
|Power Supply||100-240 Vac, 50/60 Hz, 8 watts universal power supply, use only a Harvard Apparatus approved power supply and line cord.|
|Dimensions (H x W x D)||10.16 x 30.48 x 21.59 cm (4 x 12 x 8.5 in)|
|Weight||4.5 kg (10 lbs)|
|Regulatory Certifications||CE, ETL (UL, CSA), WEEE, EU, RoHS & CB Scheme|
About Harvard Apparatus
Harvard Apparatus has a longstanding tradition supporting bioresearch fluidics since its establishment in 1901 and the release of the first commercial syringe pump for bioresearch in 1956. Since then, then Harvard Apparatus has become the gold standard for high quality reliable syringe and peristaltic pumps. Their broad range of pumps are tailored to high performance in almost every application imaginable.
The Harvard Apparatus Pump 11 Pico Plus Elite Series is exceptionally well adapted for low flow rates and distinguishes itself from other syringe pumps by maintaining accurate and smooth flows without the flow pulsations that has been conventionally characteristic of syringe pumps. It integrates an easy-to-use LCD touch screen that allows it to be controlled and programmed independent of a computer. It excels in applications like cellular injection, microdialysis, general microfluidics, perfusion and animal drug/nutrition studies
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