Quick description
IZS60-1A industrial automation high-precision syringe pump is a high-profile OEM product with compact structure and support for open integration. It is mainly used for customized equipment and instruments.

Industrial Syringe Pump IZS60-1A for Customized Equipment and Instruments - Industrial Syringe Pump

IZS60-1A industrial automation high-precision syringe pump is a high-profile OEM product with compact structure and support for open integration. It is mainly used for customized equipment and instruments.
Controlled by PC software input instructions, it can automatically complete complex and extensive fluid processing (transmission/dilution/distribution/dropping), providing a more stable and efficient solution for the high-precision transmission of trace fluids.



Product Applications

High-precision and complex multi-command fluid processing such as bacterial culture, sampling and testing, biological analysis, microfluidic chip automatic slide chromosome analysis, and DNA sequencing.



Industrial Syringe Pump Functional Features

*Driven by a stepping motor, ball screws to drive the pistons to ensure continuous and stable high-precision transmission.
* Various types of injectors are available, with a wide range of linear speeds and diverse applications.
* Flexible control, support RS232, RS485 communication control; can be used with a single pump, and can be used in conjunction after cascading (≤15 units)
* With excellent electromagnetic compatibility and anti-interference, the operation is more safe and reliable, and it is suitable for industrial environment.
* The liquid-contacting parts such as the Injector and the reversing valve are original imported, corrosion-resistant and durable, and have a long service life.
* Intelligent operating system: anti-collision alarm, error report, photoelectric encoder out-of-step monitoring
* Open integration, small size, easy matching, and OEM customization are supported.
 

working principle
Stepper motor drive, ball screw drive piston, rotary encoder monitor displacement, with 0 bit mark
Rated stroke
60mm corresponds to 6000 steps
Linear speed range
50μm/sec – 50mm/sec
Control resolution
1 step or 0.01mm
Control accuracy
≥ 30% stroke,the error is ≤5‰
Piston driving force
Full driving force≥7kg;Secondary driving force ≥ 3kg
Injector model
50μl 100μl 250μl 500μl 1ml 2.5ml 5ml 10ml 25ml
Injector material
Borosilicate glass, PTFE-coated stainless steel push rod, PTFE or UHMW-PE push head

 
Valve type
3 port 120ºvalve
Transposition time
Two adjacent ports transposition time≤250ms
Valve drive
Stepper motor drive, photoelectric encoder feedback position, out-of-step monitoring
Valve material
Inner core: PTFE Body: chlorotrifluoroethylene
Valve connector:
Tube connector: 1/4-28 threaded connector; injector connector: 1/4-28 threaded connector

 
 
Communication Interface
RS485 communication interface, communication rate: 9600 baud rate/38400 baud rate optional
RS232 communication interface, communication rate: 9600 baud rate/38400 baud rate optional
External input interface
2 external TTL inputs, with isolation; used to control the start and stop after a pause
External output interface
3 external TTL outputs, with isolation
Device address dialing interface
The device address can be set externally through the BCD dial
Parameter jumper selection interface
Reserve 6 external jumper selection parameters (The choice of valve, the choice of communication rate, the choice of communication mode)

 
Initialization command
Complete the initialization state of the valve and piston through various commands
Parameter setting command
Set the speed, Start slope, relative 0 point position, dead zone volume and other parameters through different commands
Valve control command
Complete the movement of the valve position
Piston control command
The precise displacement of the piston is achieved through different commands
control commands
Realize single, repeated, and delayed execution of single commands, combined command sequences, and stored command sequences
through different commands; as well as pause and terminate tasks, etc.
Report command
The valve position, piston position, piston driving force and piston speed can be monitored in real time by various commands

working principle
Stepper motor drive, ball screw drive piston, rotary encoder monitor displacement, with 0 bit mark
Rated stroke
60mm corresponds to 6000 steps
Linear speed range
50μm/sec – 50mm/sec
Control resolution
1 step or 0.01mm
Control accuracy
≥ 30% stroke,the error is ≤5‰
Piston driving force
Full driving force≥7kg;Secondary driving force ≥ 3kg
Injector model
50μl 100μl 250μl 500μl 1ml 2.5ml 5ml 10ml 25ml
Injector material
Borosilicate glass, PTFE-coated stainless steel push rod, PTFE or UHMW-PE push head

Valve type
3 port 120ºvalve
Transposition time
Two adjacent ports transposition time≤250ms
Valve drive
Stepper motor drive, photoelectric encoder feedback position, out-of-step monitoring
Valve material
Inner core: PTFE Body: chlorotrifluoroethylene
Valve connector:
Tube connector: 1/4-28 threaded connector; injector connector: 1/4-28 threaded connector

 
 
Communication Interface
RS485 communication interface, communication rate: 9600 baud rate/38400 baud rate optional
RS232 communication interface, communication rate: 9600 baud rate/38400 baud rate optional
External input interface
2 external TTL inputs, with isolation; used to control the start and stop after a pause
External output interface
3 external TTL outputs, with isolation
Device address dialing interface
The device address can be set externally through the BCD dial
Parameter jumper selection interface
Reserve 6 external jumper selection parameters (The choice of valve, the choice of communication rate, the choice of communication mode)

 
Initialization command
Complete the initialization state of the valve and piston through various commands
Parameter setting command
Set the speed, Start slope, relative 0 point position, dead zone volume and other parameters through different commands
Valve control command
Complete the movement of the valve position
Piston control command
The precise displacement of the piston is achieved through different commands
control commands
Realize single, repeated, and delayed execution of single commands, combined command sequences, and stored command sequences
through different commands; as well as pause and terminate tasks, etc.
Report command
The valve position, piston position, piston driving force and piston speed can be monitored in real time by various commands

*If you encounter any quality issues, please contact us in time.
*CR tube pump guarantee 7*24 hour online.
*CR manufacturer pump products with one year warranty and lifetime maintenance.
*The product pictures and models, data, functions, performance, specifications and other parameters of this website are for reference only. CR pump may improve the above contents. For details, please refer to the product and product manual. Unless otherwise stated, the data contained in this website are CR pump internal test results, and the comparisons are compared with the CR pump products.

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