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ZIVELAB has provided electrochemical instruments design and developemt in hardware and software.,
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ZIVE SP5, the outstanding potentiostat/galvanostat/FRA, is the best choice for the complete DC and impedance characterization of various electrochemical application. System is designed under FPGA and DSP control with high speed capability with
 DAC control: Two set of high speed 16 bit DAC(50MHz) for offset & scanning & one set of 16 bit DAC(1MHz) for auxiliary analog output control.
ADC Reading: Two set of 16 bit 500kHz ADC for reading voltage/current and 4 channel 16 bit 250kHz ADCs for auxiliary data input such as temperature, auxiliary voltage etc. It can provide high frequency EIS, fast pulse techniques with options and high speed sampling time.
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ZIVE SP5 is equipped with a frequency response analyzer(FRA) for system as standard and it provides high performance impedance measurements over the frequency range 10uHz to 1MHz. ZRA(zero resistance ammeter) function can measure max 5 A in galvanic corrosion technique. ZIVE SP5 can be easily upgraded with adding optional application software package without returning the system to the factory for upgrade.
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Versatility
ZIVE SP5¡¯s system comes with additional three analog inputs (auxiliary voltage input) and 1 analog output, whereas 3 digital outputs and 2 digital inputs and one temperature input for K type thermocouple. It will help user expand the usage of instrument.
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For example,
1. User can measure the voltage between working electrode and counter electrode and between counter electrode and reference electrode adding to measurement between working electrode and reference electrode using 2 additional analog inputs(auxiliary voltage inputs).
2. Using analog output, it can control rotating speed of rotator, MFC flow rate etc. by +/-10V full scale.
3. User can control on/off of max 3 devices by DO etc.
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Safety/Maintenance
1. When communication failure between PC and ZIVE SP5 occurs, running channel will continue the experiments and save the data into ZIVE memory up to 542,000 data point set. When the communication is recovered, ZIVE will transfer saved data to PC. User can transfer data set from ZIVE to PC anytime. This function will be highly efficient for long time experiment.
2. User can define safety condition setting by inputting his/her own safety levels for voltage, current, temperature etc. If the measurement value exceeds this setting value, the system will automatically stop to protect the system and cell.
3. If control value of voltage or current is different from measured value, the experiment will be stop automatically to protect the cell.
4. Automatic calibration function is supplied for user calibration. The system is controlled from a PC via USB or an Ethernet connection(Future function).
Operation Power range
ZIVE SP5 Max power is 40Watt. You can operate
Max 5Amp @ 8V and 4Amp@10V.
If your application require higher current for higher
voltage, you can choose SP10 model for those
application.
Application
ZIVE SP5 electrochemical workstation is ideal for fundamental research in electrochemistry, development and quality assurance of new sensors, corrosion/coatings, electrode material, membrane, conducting polymer, evaluation power device research such as battery materials, fuel cells, super capacitors and solar cells.
Software (SmartManager) 
ZIVE SP5 electrochemical workstation use SmartManager software. You can get more detailed information via above link.
Specification
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Main system
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PC communication
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USB2.0 High Speed
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Line voltage
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100-240VAC, 50/60Hz, 1Amp
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LED
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Run,Busy,Potentiostat,Galvanostat
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Size/weight
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179 x 270 x 378.4(W*H*D) / 7.65kg
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Power consumption
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24V@6.3A 150Watt
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System
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Cell cable
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1meter shielded type (Standard)
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Power terminal: Working, counter,
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Sensing terminal: Reference, Working sense
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Control
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DSP with FPGA
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Calibration
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Automatic
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Data acquisition
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2x16bit ADCs (500kHz)for voltage, current
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ADC
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4x 16bit ADCs(250kHz) for auxiliary voltage & temperature reading
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DAC
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2x16bit DAC(50MHz) for bias & scan
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1X16bit DAC(1MHz) for analog output
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Filter
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4ea (5Hz,1kHz,500kHz, 5MHz)
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Scan rate
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0 – 200V/sec
0-5000V/sec(fast scan)
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Max. channel No.
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32 Channels via USB connection
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Internal Data Memory
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542,000 points
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LCD Display
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DC & EIS mode automatically
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Power amplifier(CE)
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Power
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40Watt
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Compliance voltage
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±10V
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Maximum current
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±5A within power
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Control speed selection
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8ea
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bandwidth
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2MHz
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Slew rate
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10V/usec
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Potentiostat mode(voltage control)
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- voltage control
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Control voltage range
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±10V, ±1V, ±100mV
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Voltage resolution
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16 bit per each range
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Voltage accuracy
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±0.02% fs
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Max. scan range
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±10V vs. ref. E
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- current measurement
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Current ranges
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11 ranges(auto/manual setting)
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500pA ~ 5A
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(500pA with gain)
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Current resolution
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16 bit;
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150uA,15uA,1.5uA,150nA,15nA,1.5nA,
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150pA,15pA, 1.5pA, 150fA,15fA
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Current accuracy
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±0.02% of range(gain x1)>500nA fs
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Galvanostat mode(current control)
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- Current control
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Control current range
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Max. ±5A
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± full scale depending on selected range
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Current resolution
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16 bit;
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150uA,15uA,1.5uA,150nA,15nA,1.5nA,
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150pA,15pA, 1.5pA, 150fA,15fA
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Current accuracy
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±0.02% of range(gain x1)>500nA fs
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- Voltage measurement
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Voltage ranges
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10V,1V,100mV
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Voltage resolution
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16 bit; 0.3mV,30uV,3uV
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Voltage accuracy
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0.02% fs
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Electrometer
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Max input voltage
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±10V
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Input impedance
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2x1013¥Ø||4.5pF
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Bandwidth
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>22MHz
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CMRR
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>114db
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EIS(Internal FRA) for system
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Frequency range
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10uHz ~ 1MHz
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Frequency accuracy
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0.01%
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Frequency resolution
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5000/decade
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Amplitude
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0.1mV ~ 5V rms (Potentiostatic)
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0.1 ~ 70% f.s(Galvanostatic)
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Mode
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Static EIS:
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Potentiostatic, galvanostatic, pseudo-galvanostatic, OCP
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Dynamic EIS:
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Potentiodynamic, Galvanodynamic
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Fixed frequency Impedance:
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Potentiostatic, Galvanostatic, potentiodynamic, galvanodynamic
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Multisine EIS:
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Potentiostatic, Galvanostatic
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Intermittent PEIS/GEIS¡¡
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Interfaces
for system¡¡
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Auxiliary port
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Digital output
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3 (open collector)
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Digital input
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2 (photo coupler)
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Auxiliary voltage inputs
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3 analog Inputs: ±10V
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For measurement of WE vs. CE
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CE vs. RE or other signal
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Analog output
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1 analog output: ±10V
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For stirrer, MFC, RDE etc.
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Misc. port
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Sig generator output
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1 analog output for FRA output or
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waveform generation output
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Peripheral communication
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I2C to control external devices
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Temperature measurement
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1 K-type thermocouple input
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Zero Resistance Ammeter
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5nA ~ 5A ranges
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Software¡¡
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Max steps per experiment
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1000
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Shutdown safety limits
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Voltage, current, temperature etc
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Max. sampling rate
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20kHz(50usec)-burst mode/500kHz(2 or 3usec) in fast sweep mode
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Max. sampling time
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unlimited
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Sampling condition
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Time, dv/dt, dI/dt, temp etc.
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PC requirement
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Operating system
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WindowsXP SP3/7/8/10
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PC specification(minimum)
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Pentium4, RAM 1GB
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Display
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1600x900 high color
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USB
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High speed 2.0
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General¡¡
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Dummy cell
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One external dummy cell included
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Thermocouple
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1.5meter K-type (option)
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Auxiliary cable
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Option
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Misc. cable
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Option
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Specifications &
software subject to change without notice. ZIVELAB
Windows is a registered trade mark of
Microsoft Corporation.
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