Liquid handling components

Outstanding performance

−Accuracy: ≤0.5% CV at full stroke

− 0.09ul/increment (for 1000 μL, the resolution is 10,200 increments)

Easy system integration

− Small footprint, the distance between devices can reach 9/18/28mm when installed side by side (based on different models)

− No pipes, valves or syringes. No system fluid, which means no need to start filling,no flushing, no leakage

− Compatible with SOCON disposable tips (10 μL, 50 μL, 200 μL, 1000 μL, with or without filter)

− Intuitive aspiration/dispense volume and speed instructions

− Use programmable baud rate communication via CAN interface

Process and product have high reliability

− Factory calibrated exhaust volume

− Advanced automatic pump diagnosis, self-test and error reporting functions

− Configurable liquid level detection device (optional) with integrated pressure sensor(pLLD)

− Equipped with integrated capacitive liquid level detection hardware (cLLD) (optional)

− Real-time streaming data can be obtained from the process monitoring sensor (optional)

− DiTi pressure sensor (optional)

− DiTi ejector mechanism (optional)

CAN Step Motor motion controller (SC-DRV421)

– Exponential curve algorithm very close to the motor characteristic curve enables smooth running

– Miniature design, easy installation, integration with 42 stepper motors

– Network Distributed Control, CAN2.0 Networking

– Supporting positioning mode and speed mode

– Simple electrical interface and convenient wiring

– Accurate zero position, zero drop action with reset, zero automatic zero calibration

– Limit function, automatic stop when encountering limit signal

– Closed Loop Control with accessible encoding disk

– Able to customize start current, constant speed current, lock current and enable the motor run more smoothly, efficiently at a lower heat

– Provide computer debugging software, facilitate debugging and secondary development

 

CAN Step Motor motion controller (SC-TB571)

– Exponential curve algorithm very close to the motor characteristic curve enables smooth running

– Network Distributed Control, CAN2.0 Networking

–  Supporting positioning mode and speed mode

–  Supporting Liquid Level Detection Function

–  Simple electrical interface and convenient wiring

–  Accurate zero position, zero drop action with reset, zero automatic zero calibration

–  Limit function, automatic stop when encountering limit signal

–  Closed Loop Control with accessible encoding disk

–  Able to customize start current, constant speed current, lock current and enable the motor run more smoothly, efficiently at a lower heat

–   Provide computer debugging software, facilitate debugging and secondary development

CAN Dual Step Motor motion controller (SC-TB572)

–  Exponential curve algorithm very close to the motor characteristic curve enables smooth running

– Network Distributed Control, CAN2.0 Networking

–  Supporting positioning mode and speed mode

–  Supporting Liquid Level Detection Function

–  Simple electrical interface and convenient wiring

–  Accurate zero position, zero drop action with reset, zero automatic zero calibration

–  Limit function, automatic stop when encountering limit signal

–  Closed Loop Control with accessible encoding disk

–  Able to customize start current, constant speed current, lock current and enable the motor run more smoothly, efficiently at a lower heat

–   Provide computer debugging software, facilitate debugging and secondary development

Liquid Level Detection module

– Capacitance changes below 1pF can be detected

– 24V power supply

– Frequency signal output

– Applicable to all kinds of needle level detection, solution level detection

– Shielding RF113 Cable by IPEX

CAN Step Motor All-in-one Unit 43D series

Model

CAN step deg

Voltage/

V

Current/A

 

Resistance/Ω

Inductance/mH

Holding torque/mN-m

Moment of inertia/g-cm²

Pin QTY

Weight

g

Unit length

mm

SST43D104X

1.8

6.8

0.57

12.00

16.0

294

33

4

230

34

SST43D106X

1.8

4.9

0.85

5.75

8.1

304

33

4

230

34

SST43D108X

1.8

3.6

1.13

3.20

4.9

312

33

4

230

34

SST43D110X

1.8

3.0

1.41

2.10

3.3

319

33

4

230

34

SST43D112X

1.8

2.3

1.70

1.35

2.3

322

33

4

230

34

SST43D115X

1.8

1.9

2.12

0.90

1.5

309

33

4

230

34

SST43D204X

1.8

8.6

0.57

15.00

24.0

420

56

4

290

40

SST43D206X

1.8

5.1

0.85

6.00

11.8

432

56

4

290

40

SST43D208X

1.8

3.9

1.13

3.45

7.1

422

56

4

290

40

SST43D210X

1.8

3.4

1.41

2.40

4.8

441

56

4

290

40

SST43D212X

1.8

2.8

1.70

1.65

3.6

456

56

4

290

40

SST43D214X

1.8

2.3

1.98

1.15

2.5

441

56

4

290

40

SST43D216X

1.8

2.1

2.26

0.95

1.8

424

56

4

290

40

59D series

Model

CAN step deg

Voltage/

V

Current/A

 

Resistance/Ω

Inductance/mH

Holding torque/mN-m

Moment of inertia/g-cm²

Pin QTY

Weight

g

Unit length

mm

SST59D110X

1.8

3.3

1.4

2.35

7.5

870

145

4

0.51

42

SST59D115X

1.8

2.2

2.1

1.05

3.4

870

145

4

0.51

42

SST59D120X

1.8

1.8

2.8

0.65

2.0

880

145

4

0.51

42

SST59D125X

1.8

1.5

3.5

0.43

1.3

890

145

4

0.51

42

SST59D130X

1.8

1.3

4.2

0.31

0.9

870

145

4

0.51

42

SST59D210X

1.8

3.9

1.4

2.75

9.2

1200

210

4

0.62

48.5

SST59D215X

1.8

2.5

2.1

1.20

4.1

1200

210

4

0.62

48.5

SST59D220X

1.8

2.0

2.8

0.70

2.4

1220

210

4

0.62

48.5

SST59D225X

1.8

1.7

3.5

0.48

1.6

1240

210

4

0.62

48.5

SST59D230X

1.8

1.4

4.2

0.34

1.1

1200

210

4

0.62

48.5

SST59D310X

1.8

4.4

1.4

3.15

11.1

1410

245

4

0.71

54.5

SST59D315X

1.8

2.9

2.1

1.40

5.1

1410

245

4

0.71

54.5

SST59D320X

1.8

2.4

2.8

0.85

3.0

1440

245

4

0.71

54.5

SST59D510X

1.8

6.7

1.4

4.80

19

2400

470

4

1.11

77.5

CAN DC Push Rod Controller

– Industrial CAN Bus

– Free networking

– Independent control

– Real-time Current Detection

– Current foldback design

– Locked Rotor Amps configurable

– Automatic stop if any failure

– Positive/Negative control and speed adjustable

– Heartbeat detection supported

– Dynamic address allocation