Shenzhen ZK Electric Technology Co., Ltd. cindy@zundrive.com +86-15920127268
Product Details
Place of Origin: China
Brand Name: ZUN
Certification: CE IEC
Model Number: SG600-2S
Payment & Shipping Terms
Minimum Order Quantity: 1pcs
Price: 70usd to 200usd
Packaging Details: paper cartons package
Delivery Time: 3-5 days
Payment Terms: T/T
Supply Ability: 5000pcs per month
Hybrid Input: |
DC/AC Both Connecting Is Available |
Power: |
0.75kw To 400kw |
DC Voltage For 220V Type: |
100-450VDC |
DC Voltage For 380V Type: |
350-800VDC |
Pumps Protection: |
Low Speed, Over Current, Over Voltage, Shortcircuit |
MPPT: |
Up To 99.6% |
Sands Remove: |
Sand Remove When Starting |
Dry Run Function: |
Yes |
Sleep Voltage: |
Yes |
PQ Curve Function: |
Yes |
Remote Control: |
Via Wifi And Gprs |
Hybrid Input: |
DC/AC Both Connecting Is Available |
Power: |
0.75kw To 400kw |
DC Voltage For 220V Type: |
100-450VDC |
DC Voltage For 380V Type: |
350-800VDC |
Pumps Protection: |
Low Speed, Over Current, Over Voltage, Shortcircuit |
MPPT: |
Up To 99.6% |
Sands Remove: |
Sand Remove When Starting |
Dry Run Function: |
Yes |
Sleep Voltage: |
Yes |
PQ Curve Function: |
Yes |
Remote Control: |
Via Wifi And Gprs |
ZUN sg600 solar pump inverter MPPT for AC pumps, DC pump inverter hybrid type solar pump drive
The SG600 series solar pump inverter is a low voltage AC drive of 0.3 to 400KW above rating designed to operate with energy drawn from solar panel or photovoltaic cells (PV).
The inverter is customized to operate in dual supply mode (AC and DC), so the grid connected supply is used in the absence of energy from PV cells. This inverters functions with the latest in technology maximum power point tracking (MPPT) algorithm to derive maximum power from the PV cells at any instant.
SN | Models | Rate current | Output voltage ( 3PH VAC) | Applicable for pumps | MPPT voltage (VDC) |
Mini type 2S series : 90/150 to 450 VDC or 220VAC input,Vmp 310V, Voc 380V | |||||
1 | SG600-0K7GB-2S-M | 3.8A | 0-220VAC | 0.75KW | 260 to 375 |
2 | SG600-1K5GB-2S-M | 7A | 0-220VAC | 1.5KW | 260 to 375 |
3 | SG600-2K2GB-2S-M | 10A | 0-220VAC | 2.2kw | 260 to 375 |
4 | SG600-4K0GB-2S | 17A | 0-220VAC | 4.0KW | 260 to 375 |
General type: 4T, 250/350 to 800 VDC or 380VAC input, Vmp520, Voc650 | |||||
1 | SG600-0K7GB-4T | 2.3A | 0-380V | 0.75KW | 486 to 750 |
2 | SG600-1K5GB-4T | 3.8A | 0-380V | 1.5KW | 486 to 750 |
3 | SG600-2K2GB-4T | 5.1A | 0-380V | 2.2KW | 486 to 750 |
4 | SG600-4K0GB-4T | 10A | 0-380V | 4.0KW | 486 to 750 |
5 | SG600-5K5GB-4T | 13A | 0-380V | 5.5KW | 486 to 750 |
6 | SG600-7K5GB-4T | 17A | 0-380V | 7.5KW | 486 to 750 |
7 | SG600-011GB-4T | 25A | 0-380V | 11KW | 486 to 750 |
8 | SG600-015GB-4T | 32A | 0-380V | 15KW | 486 to 750 |
9 | SG600-018GB-4T | 37A | 0-380V | 18KW | 486 to 750 |
10 | SG600-022GB-4T | 45A | 0-380V | 22KW | 486 to 750 |
11 | SG600-030G-4T | 60A | 0-380V | 30KW | 486 to 750 |
12 | SG600-037G-4T | 75A | 0-380V | 37KW | 486 to 750 |
13 | SG600-045G-4T | 91A | 0-380V | 45KW | 486 to 750 |
14 | SG600-055G-4T | 110A | 0-380V | 55KW | 486 to 750 |
15 | SG600-075G-4T | 150A | 0-380V | 75KW | 486 to 750 |
16 | SG600-090G-4T | 180A | 0-380V | 90KW | 486 to 750 |
17 | SG600-110G-4T | 220A | 0-380V | 110KW | 486 to 750 |
18 | SG600-132G-4T | 260A | 0-380V | 132KW | 486 to 750 |
19 | SG600-160G-4T | 320A | 0-380V | 160kw | 486 to 750 |
20 | SG600-185G-4T | 377A | 0-380V | 185kw | 486 to 750 |
21 | SG600-200G-4T | 426A | 0-380V | 200kw | 486 to 750 |
22 | SG600-220G-4T | 465A | 0-380V | 220kw | 486 to 750 |
23 | SG600-250G-4T | 465A | 0-380V | 250kw | 486 to 750 |
24 | SG600-280G-4T | 520A | 0-380V | 280kw | 486 to 750 |
25 | SG600-315G-4T | 585A | 0-380V | 315kw | 486 to 750 |
26 | SG600-355G-4T | 650A | 0-380V | 355kw | 486 to 750 |
27 | SG600-400G-4T | 725A | 0-380V | 400kw | 486 to 750 |
**Solar pump inverter specification when PE-00=1&2 | |
Recommended MPPT voltage range |
Vmp 131 to 350 VDC for 1s 3 phase 110VAC pumps Vmp 260 to 355VDC for 2S 3 phase 220VAc pumps Vmp 486 to 650 VDC for 4T 3 phase 380VAc pums |
Recommended input Voc and Vmpp voltage |
Voc 180(VDC), Vmpp 155(VDC) for 1S model or 110V AC pumps Voc 380(VDC), Vmpp 310(VDC) for 2S model or 220V AC pumps Voc 650(VDC), Vmpp 520(VDC) for 4T model or 380V AC pumps Voc 820(VDC), Vmpp 676(VDC) for 5T model or 480V AC pumps |
Motor type | Control for permanent magnet synchronous motor and asynchronous motor pumps. |
Rated output voltage | 1/3-Phase,110V/160V/220V. 3-phase, 220V/380V/460V |
Output frequency range | 0~maximum frequency 600Hz. |
MPPT efficiency | Above 99.6%, |
Ambient temperature range |
G-type for submersible pumps, 150% rated current for 60s, 180% rated current for 2s . P type for general pumps, 120% rated current for 60s, 150% rated current for 2s |
Solar pump control special performance | MPPT ( maximum power point tracking), CVT (constant voltage tracking), auto/manual operation, dry run protection, low stop frequency protection, minimum power input, motor maximum current protection, flow calculating, energy generated calculating and water tank level detected |
Protection function | Phase loss protection, phase short circuit protection, ground to phase circuit protection , input and output short circuit protection. Stall protection, lightning protection |
Protection degree | IP20, Air force cooling |
Running mode | MPPT or CVT |
Altitude | Below 1000m; above 1000m, derated 1% for every additional 100m. |
Enhanced version of AC drive | CE, Design based on vector control motor AC drive, more specification please refer to S600 or S600 vector control drive operation manual |
Technical specification of variable frequency inverter when PE00=0(solar pump disable) | |
voltage, frequency | 1 phase 220V, 3 phase, 220V,380V, 660V, 0-50/60Hz |
Control mode | 0: VF control ; 1: Open loop vector control mode 2: Close loop vector control mode |
Maximum frequency | 0-320Hz in vector control mode, 0~3200Hz in VF control mode |
Multiple-functions | PID Control, Carrier Frequency Adjustable, Current Limiter, Speed Search, Momentary Power Loss Restart,16 Step Speed (Max), 3-Wire connection, Slip Compensation, Frequency Jump, DC braking, Upper/Lower Frequency, Torque control, Compatible for PMSM and IM, built in RS485, counting, fault information checking, fully fault protection function, frequency combination reference. |
PE Solar control purpose parameters. | |||
PE-00 | Solar pump control mod`e |
0:Disable of solar pump control 2: Enable (Algorithm-2, High stability ) |
1 |
PE-01 | Solar pump control mode option |
1 Bit: Vmpp mode selecting 0: Vmp set by PE-02 manually (CVT) 1: MPPT automatically Ten: Voc ( open loop voltage of PV ) detect mode 0: Voc set by PE-03 manually 1: Voc detect automatically Hundred: Auto running by keypad 0: Disable 1: Auto start/stop in keypad control mode. Inverter will automatically start when power on after 5 seconds only on keypad control mode. |
H.001 |
PE-02 | CVT voltage set by manual | 0 -100% | 80% |
PE-03 | Voc ( open loop voltage ) set manually | 0.0V-1000.0V |
650V/ 380V |
PE-04 | DC bus voltage stability Proportional gain | 0.0% - 999.9% | 100.0% |
PE-05 | DC bus voltage stability Integral gain | 0.0% - 999.9% | 100.0% |
PE-06 | DC bus voltage stability differential gain | 0.0% - 999.9% | 5% |
PE-07 | Initial point of fast frequency drop | 0.0 - 100.0% | 5.0% |
PE-08 | Stop point of fast frequency drop | 0.0 - 100.0% | 50.0% |
PE-09 | Weak magnetic limit multiples | 0.0- 9.9 | 1.2 |
PE-10 | Mppt search upper limit voltage | 0.0% - 100.0% | 90% |
PE-11 | Mppt search lower limit voltage | 0.0% - 100.0% | 75% |
PE-12 | MPPT search gain | 0% - 500% | 100% |
PE-13 | MPPT search interval | 0.0 - 10.0sec | 2.0sec |
Wiring and commissioning
1. Connect DC power supply to P to P- (N) ( DC power supply also can wire to R, T , no need consider to polarity connection)
2. Check Voc input, if correct, switch one power.
3. Set motor parameters as pumps nameplate.
4. Confirmed the solar pump control mode and MPPT function mode. (PE-000=1)
5. Trail running with press RUN button to check running direction.
6. Set dry run function, lowest stop frequency, maximum current, flow PQ curve if need.
If need auto start and stop, you can select to terminals control with switch on X1 to COM.
a). DI1 and COM, (P4.00=1, forward running)
b), DI2 and COM, (P4.01=2, reverse running)
c), DI3 and COM, ( P4.02=53, solar control mode disable )
d), DI4 and COM, ( P4.03=51, digital signal of water leveling detect 1)
e), DI5 and COM (P4.04=52, digital signal of water leveling detect 2)