Cosuper CCT2000 User manual

IMPORTANT: SPECIFICALLY, PLEASE NOTE THAT THE GLOBAL LF INVERTER CHARGER SHOULD NOT BE USED IN CONNECTION WITH LIFE SUPPORT SYSTEM OR

OTHER MEDICAL EQUIPMENT OR DEVICES.

BEFORE USING THE INVERTER, YOU NEED READ AND SAVE THE SAFETY INSTRUCTIONS.

Thank you for purchasing a Cosuper product. Manufactured to a high standard, this product will, if used according to these instructions

and maintained properly, give you years of trouble free performance.

Refer to Instruction

Manual

INSTRUCTIONS FOR:

INVERTER CHARGERS PURE SINE WAVE

12V/ 24V DC INPUT, 2000 & 3000 WATT

MODEL NO’s: CCT2000, CCT3000

1. SAFETY

CCT series Issue: 1 - 07/11/16



DANGER! - Beware, lead-acid batteries generate explosive gases during normal battery operation.

Wash with soap and water immediately if battery acid contacts skin or clothing. If acid enters eye, flush immediately with cool,clean running

water for at least 15 minutes and seek immediate medical attention.



DO NOT smoke or allow a spark or flame in the vicinity of the battery or engine.



If the battery terminals are corroded or dirty, clean them before attaching the leads.



WARNING! To prevent the risk of sparking, short circuit and possible explosion DO NOT drop metal tools in the battery area, or allow them to

touch the battery terminals.



Before attaching to battery, remove personal metallic items such as rings, bracelets, necklaces and watches. A lead acid battery can produce

a short-circuit current which is high enough to weld such items and cause severe burns.

DO NOT expose inverter to rain, snow, spray, bilge or dust. DO NOT cover or obstruct ventilations.

2. INTRODUCTION

CCT pure sine wave inverter charger is the combination of inverter, battery charger and AC autotranser switch. This complete system with a peak

Power tools- circular saws, drills, grinders, sanders, buffers, weed and hedge trimmers, air compressor and etc.

Office equipment- computers, printers, monitors, facsimile machines, scanners and etc.

Household appliances- vacuum, fans, lights, TV, refrigerator, microwave, coffee machine, toaster, blender and etc.

Industrial equipment- metal halide lamp, high pressure sodium lamp and etc.

NOTE, The inverter working time with full loads cannot over 60 minutes.

Typical part number ►

COSUPER inverter charger

Power range

2000=2000W

3000=3000W

Rated AC input& Output voltage

2=230VAC 1=120VAC

DC range

12=12V

24=24V

conversion efficiency of 88%.

CCT is the inverter charger with backup UPS function. When utility AC power cuts off, the transfer relay is de-enegizered and the load is transferred

to inverter ouput. Once the qualified AC utility power is restored, the relay will be energized and the load is automatically reconnected to AC utility.

This inverter charger unit is easily customized to battery priority via a DIP switch which helps extract maximum power from battery in renewable

energy systems. Therefore CCT inverter charger is suitable for renewable energy system, RV, marnine and emergency appliances.

3. SPECIFICATION

>>Battery

>>General Information

>>Applications

>>Model Information

>>Inverter/Charger



MAKE SURE at least 30CM of clearance around inverter for air flow. Minimum air flow of 145CFM is required.

MAKE SURE existing wiring is in good electrical condition. DO NOT operate inverter charger with damaged or substandard wiring.

DO NOT install in compartments containing batteries or flammable materials or in locations which require ignition protected equipment.

DO NOT disassemble this inverter charger. Internal capacitors remain charged after all power is disconnected. Attempting to service this

inverter charger by yourself may cause electrical shock or fire.

WARNING! Disconnect both AC and DC power from the CCT inverter charger before any maintenance. Turning off controls will not reduce risk.

DANGER! The output side of inverter’s AC wiring at no time be no connected to public power or a generator. Beware the wiring connection.



Electrical Performance

SEALED LEAD ACID BATTERY CHARGING PROCESS LiFePO4 BATTERY CHARGING PROCESS

Topology

Inverter: Full bridge topology

Charger: Isolate boost topology

Because of high efficiency MOSFETS and 16bit, 4.9MHZ microprocessor and heavy transformer, it outputs PURE SINE WAVE AC with an average

THD of 15%(Min 5%, Max 25%) depending of load connected and battery voltage. Peak efficiency of CCT series is 88%.

AC Charger

CCT inverter charger is equipped with an active PFC(Power Factor Corrected) multistage battery charger. The PFC is used to control the amount of

power used to charge the batteries in order to obtain a power factor as close as possible to 1.

CCT inverter charger is able to output max current as long as input AC voltage is in the range of 194-243VAC(95-127VAC for 120V model), and AC

frequence is in range of 48-54Hz(58-64Hz for 60Hz model).

Before attempting to use ‘8’ position to do De-sulphation cycle you must clearly understand what it does, when and how you would use it.

De-sulphation can occur with infrequent use of batteries(nor), or if the batteries have been left discharged so low that they will not accept a charge.

This high voltage charge cycle is designed to tbreak down the sulphated crust that is preventing the plates taking a charge and allow the plates to

clean up and to accept charge once again.

*De-sulphation

CCT inverter charger allows start up only with utility power and power the depleted batteries.

For 12VDC battery bank, after battery voltage goes below 10V, if inverter charger is still working and battery voltage remain higher than 2 Vdc, then

inverter charger is able to charge the batteries once qualified AC inputs.

In DC priority model, the charging can be activated by restart inverter charger unit(turn off then turn on) manually before the battery voltage goes

down below 9Vdc.

Charge current

14.4V

13.8V

12.8V

Charge at rated

constant current

×2 FOR 24 VOLTS

Stay at

13.5-13.8V

Maintain battery

in 100% charge

Rated voltage charge until current

drops to 6.5% rated current

CURRENT

BULK CHARGE ABSORPTION FLOAT CHARGE RESET TO BULK CHG

VOLTAGE

CHARGING SPEC

* Charge hours will be a little changed accroding to different battery type and capacity

Battery selector

* Battery selector is operational only in AC priority

Switch setting 0 1 2 3 4 5 6 7 8 9

Battery type Gel USA AGM 1 AGM 2 Sealed lead acid Gel EURO Open Lead acid Calcium De-sulphation LiFePO4

Boost (Vdc) 14.0 14.1 14.6 14.4 14.4 14.8 15.1 14.4

Float (Vdc) 13.7 13.4 13.7 13.6 13.8 13.3 13.6 /

15.5

4 hours off

Charge off

Bypass only

CCT model Charge Currents Charge CurrentCCT model

2000W 48V 230V

2000W 12V 120V

2000W 24V 120V

2000W 48V 120V

3000W 12V 230V

3000W 24V 230V

3000W 48V 230V

3000W 12V 120V

2000W 12V 230V 65 ± 5 Amps

30 ± 5 Amps

20 ± 5 Amps

40 ± 5 Amps

30 ± 5 Amps

15 ± 5 Amps

85 ± 5 Amps

45 ± 5 Amps

30 ± 5 Amps

65 ± 5 Amps

45 ± 5 Amps

25 ± 5 Amps

3000W 24V 120V

2000W 24V 230V

3000W 48V 120V

14.4V

13.8V

Charge at constant current

& rising voltage

×2 FOR 24 VOLTS

Maintain battery in 100% charge

CURRENT

CONSTANT CHARGE FLOAT CHARGE

VOLTAGE

CHARGING SPEC

Switch NO.

AC Mode

Switch Fcuntion Position: 0 Position: 1

SW1: Charge current adjust

● Utility power input

● CCT in fast charging

● CCT bypass AC to

connected loads

100% 50%

SW2: Output frequence 50Hz 60Hz

SW3: AC output 120V (230V) 110V (220V)

SW4: DC/ AC priority AC DC

Automatic and uninterruptible transfer

In the case of a utility power failure or when the generating set is switched off, the CCT will switch over to inverter operation and take over the

supply of the connected devices. This is operated rapidly that operation of computers and other electronic devices are not disturbed (Uninterruptible

Power Supply or UPS functionality). This makes the CCT highly suitable as an emergency power system in industrial and telecommunication

applications. This internal transfer switch is designed for heavy use when input utility supply is unstable.

PLEASE DO NOT MAKE ANY MODIFICATION ON THIS SWITCH WITHOUT AUTHORIZATION! FREQUENCY CHANGE CAUSES DANGER!

Power save mode

There are 3 different working status for CCT inverter charger: ON, OFF and SAVER. When power switch be turn to SAVER mode, inverter pulses the

AC output searching for an AC load. Whenever and AC load which greater than 25 watts is turned on, inverter start invertering and output goes full

voltage. When there is no load or less than 25 watts detected, CCT unit goes back to search mode to minimize energy consumption from the battery

bank.

In SAVER mode, inverter will draw power mainly in sensing moments and the idle consumption is significantly reduced. The green power LED will

blink and the inverter will make the ticking sound. At full output voltage the green power LED will light steadily. SAVER mode cannot be used when

CCT inverter charger is required for UPS function.

DIP Switch

L.E.D Indicator

AC Mode

● Utility power input

● CCT in float charging

● CCT bypass AC to

connected loads

AC Mode

● Utility power input

● CCT in float charging

● CCT bypass to loads

● Overload

DC Mode

● Battery power input

● CCT in inverting

DC Mode

● Battery power input

● CCT in inverting

● Over temperature

AC Mode

● Utility power input

● CCT in float charging

● CCT bypass to loads

● Over temperature

AC Mode, fast chg blink

● Utility power input

● Fast charge ending

● CCT bypass AC to

connected loads

DC Mode

● Battery power input

● CCT in inverting

● Overload

‘INV Mode’ green LED lit, buzzer beeps 0.5s every 5s

‘INV Mode’ green LED lit, buzzer beeps 0.5s every 1s and fault after 60s

Heat sink temp. ≥105℃, ‘Over Temp’ red LED lit, beeps 0.5s every 1s

(1) 110%<load<125%(±10%), no audible alarm in 14 mintues. Beeps 0.5s every 1s in 15th

minute and fault after 60s

(2) 125%<load<150%(±10%), beeps 0.5s every 1s and fault after 60s

(3) Load>150%(±10%), beeps 0.5s every 1s and fault after 20s

● Battery voltage low

● Battery voltage high

● Invert mode overload

● Over temperature

Audible alarm

Fan operation

CCT2000 and CCT3000, each model has one multiple controlled DC fan which starts working arrcoding to following logic.

In SAVER mode, AC fan will work from time to time in response to the pulse sent by inverter.

3. INSTALLATION

Auto gen start

Condition Enter condition Leave condition Speed

Heat sink temperature T< 85℃50%

T≥ 85℃100%

Charge current I≤ 50% MAX 50%

I> 50% MAX 100%

Load percantage

(INV Mode)

Load< 50% 50%

Load≥ 50%

T≥85℃

T< 80℃

I> 50% MAX

I≤ 40% MAX

Load≥ 50%

Load≤ 40% 100%

Battery goes to low voltage level and not be able to keep continuous output, inverter will alarm and send the boost signal to start the back generator.

And turen generator off after battery voltage recovers to rated level. Auto gen start only works with generators designed to work with this feature.

* Fan noise level <60db at distance of 1 meter

Getting Started

When a motorized appliance or a tool turns on, there is an initial surge of power to start. This surge of power is referred to as the "starting load" or

"peak load." Once started, the tool or appliance requires less power to operate. This is referred to as the "continuous load" in terms of power

requirements. You will need to determine how much power your tool or appliance requires to start up (starting load) and its continued running power

requirements (continuous load).

Power consumption is rated in watts, or it can be calculated from amperes (amps). This information is usually stamped or printed on most

appliances and equipment. If this information is not indicated on the appliance or equipment, check the owner's manual.

Multiply: AC AMPS X 110 (AC voltage) = WATTS

* This formula yields a close approximation of the continuous load of your appliance.

Multiply: WATTS X 1.5 = Starting Load

* This formula yields a close approximation of the starting load of most appliances. Exceptions are motorized appliances such as pumps, freezers and air conditioners. These appliances can have

startup loads of up to three to eight times the rated watts.

Determining the DC Power Requirement

Powering multiple appliances from the high-power CCT2000/ CCT3000 inverter requires a 12 volt bank of batteries (several batteries). To calculate

the approximate power in amps a 12 volt battery bank has to supply you need. To know the current, or amps required for powering the continuous

AC load, a shortcut method is to divide the continuous AC load wattage by 12. For example, the continuous AC load is 1500 watts. The current (amps)

is: 1500/12 or 125 amps at 12 VDC. Similarly for the 24 VDC and 48 VDC battery(batteries), divide the continuous AC load wattage by 24 or 48.

Sizing the Battery Bank

To determine the minimum battery bank ampere-hour rating that you will need to operate appliances from the inverter, and any DC appliances

1. List the maximum wattage that the inverter has to provide (as above).

2. Estimate the number of hours the appliances will be in use between battery recharges. This will differ depending on appliances. As an example,

a typical home-use coffeemaker draws 500 watts during its brew time of 5 minutes; it maintains the temperature of the pot at about 100 watts.

Typical use of a microwave oven is only for a few minutes. Some longer operating time appliances are lamps, TVs, computers and refrigerator /

freezers.

3. Determine the total watt-hours of energy needed. Then multiply the average power consumption in watts by the number of hours of run time.

For example: 1500 watts for 10 hours = 15,000 watt hours. Using the 1500 watts (or 150 Amps) for 10 hours example as above, then 150 amps is

needed for 10 hours. This provides us with the basic amp-hours (AH) of battery that is required. Ten hours at 150 amps equals 1500 Amp Hours (AH).

This answer is just a beginning because there are other conditions that determine actual run time.

These include:

• AC appliance load and time in use (basic Amp Hour)

• Cable gauge and length (cable losses)

• Charge level of the batteries (between use, chargers have to be able to fully charge the batteries)

• Temperature of the batteries (colder batteries provide fewer amps)

• Age and condition of the batteries (older batteries lose capacity/amp hours)

• Compliance with turning off unnecessary AC and DC loads.If there is any doubt about sizing the battery bank, it is safe to overestimate the amp

hour requirements of the battery bank.

Note:

The type of batteries you use to power your high power inverter is important. Operating a high-power inverter will routinely discharge batteries and

they will require frequent recharging. Batteries used to start engines are not designed to repeatedly charge and discharge. COSUPER recommends

using “deepcycle” or “marine” rated batteries.

Cable Gauges

When connecting the inverter to a battery bank use the thickest stranded insulated copper wire available, in the shortest length practical.

Recommended cable gauges are as follows:

CCT inverter charger gives two different remote controllers by two different ports RJ11 and RJ45. Remote controller and inverter charger switch

work in parallel, inverter charger can be controlled by only one side. Never cut the communication cable during inverter working even if inverter

is turned off. It will damage the remote PCB inside if the cable is short circuited during cutting.

*Remote Controller

CR10

⑤

DC input terminal

①

AC input protection restoration

⑥

AC output protection restoration

⑦

AC input port

⑧

AC output port

⑨

GND terminal

Auto gen start terminal

⑩

RJ11 remote port for CR10

②

RJ45 remote port for PTM-12

③

TCP/IP(optional) port

④

DIP switch

ON OFF

INVERTER

ALARM

REMOTE PANEL

AC CHARGER

PTM-12

System Overview

Input AC

Alarm: NO

Fault : NO

Output AC

Output Freq

Work mode Inverter

Output Load

CPT model DC Wire Gage DC Wire GageCPT model

2000W 48V 230V AWG 4

2000W 12V 120V AWG 1/0

2000W 24V 120V AWG 1/0

2000W 48V 120V AWG 4

3000W 12V 230V AWG 4/0

3000W 24V 230V AWG 1/0

3000W 48V 230V AWG 4

3000W 12V 120V AWG 4/0

2000W 12V 230V AWG 1/0

3000W 24V 120V AWG 1/0

2000W 24V 230V AWG 1/0

3000W 48V 120V AWG 4

WARNING:

DANGER OF BATTERY EXPLOSION – INSTALL A FUSE

Battery banks can deliver very high levels of current that can vaporize metal, start fires and cause explosions. COSUPER recommends installing

one ANL type fuse and fuse holder close to the positive battery bank terminal. This fuse protects the batteries from accidental DC cable shorts,

which can cause batteries to explode. ANL fuses and fuse holders are available at most marine supply stores

NOTE: Sparking is normal for the first connection. Make sure you have good secure connections – But do not over-tighten.

4. INDICATE & ALARM

5. TROUBLE SHOOTING

Constant current charge

Constant voltage charge

Float

Standby

Inverter On

Power saver on

Battery low voltage

Battery high voltage

Over load(INV mode)

Over temp(INV mode)

Over temp(line mode)

Over charge

Fan lock

Battery high voltage

Inverter mode overload

Over temp

Back voltage

Audible Alarm

ON beep 0.5 s

every 5 s

beep 0.5 s

every 5 s

beep 0.5 s

every 5 s

beep 0.5 s

every 5 s

beep 0.5 s

every 5 s

beep 0.5 s

every 5 s

beep

continuous

beep

continuous

beep

continuous

beep

continuous

beep

continuous

blink

ON ON

Line Mode Inverter AC charger FaultINV ModeFast CHGFloat CHGOver Temp

Over Load

Save On

ONONON

ONON

Charge

Function

Alarms

Fault

Mode

Charge

Function

Symptom Possible cause Solution suggested

Inverter will not turn on during initial

power up

Batteries are not connected; loose battery-

-side connections or low battery voltage

Check batteries and cable connection.

Check DC fuse and breaker; Charge Battery

Press the switch to SAVER or ON position

Check battery condition and recharge if

possible

Check AC voltage for proper voltage and

frequency

Refer to section on adjusting the “charge

rate”; Source qualified AC power;

Check all DC/ AC connections

Load generator down with a heavy load;

Turn generator output voltage down

Inverter has been manually transitioned to

OFF mode

Low battery voltage and low capacity level

AC voltage drops out of inverter charger

AC input range

Charger controls are improperly yet. Low AC

input voltage; Loose battery or AC input

connection

High AC input voltage from the generator

Applying specific loads such as electrical

heater

Remove the loads

NO AC output voltage and no indicator

lights ON

AC output voltage is low and inverter turn

loads OFF in a short time

Charger is inoperative and unit will not

accept AC

Charger is supplying a lower charge rate

Charger turns OFF while charging from

a generator

*Noise from transformer/case

Connecting Inverter

1. Prepare all cable ends with cable lugs.

2. Install a circuit breaker or high current fuse and fuse holder in the positive line as close to the battery as possible.

3. Make sure the inverter On/Off switch is turned OFF.

4. Connect the cables to the DC input terminals on the rear of the inverter. The red terminal is positive (+) and the black terminal is negative (-).

a. Connect the positive cable to the inverter and battery positive terminals.

b. Connect the negative cable to the inverter and battery negative terminals.

e. Connect an insulated wired from the chassis-ground terminal at the front panel of the inverter to the vehicle’s chassis or any other ground point.

Mounting Instructions

Your COSUPER®Inverter should not be mounted under the hood of a vehicle.

If installing in a vehicle, choose a dry, cool, ventilated area closest to the battery as practical. Before drilling any mounting holes, make sure that

there are no wires, fuel lines, or tanks directly behind the surface to be drilled. To mount the inverter:

1. Inverter must be OFF.

2. The inverter should be mounted horizontally.

3. Position the inverter against the mounting surface and mark locations of the mounting screw openings.

4. Remove the inverter and drill four mounting holes.

5. Fasten the inverter to the mounting surface using corrosion-resistant fasteners sized #10 or larger.

Operation

1. Turn On the inverter.

2. Turn OFF the inverter.

3. When you have confirmed that the appliance to be operated is turned off, connect AC output to the distribution panel and to appliances.

4. Turn ON the inverter.

5. Turn the appliance on.

6. Plug in additional appliances and turn them on.

FAQ

Q. Why does the inverter turn itself off?

A. If the inverter’s audible alarm sounds and a fault L.E.D illuminates, this indicates that there is a fault or error, and the inverter may turn off. Most

commonly this would be caused by an appliance that is drawing too much power (overloading), low battery voltage or voltage drop due to

insufficient size cables or poor connections.

Q. The Inverter will not run my appliance even though the appliance draws less power (Watts) than the size of the inverter?

A. Electrical appliances can be divided into three groups by the way they draw energy (current) from their power supply. These groups are

“Resistive”, “Inductive” and “Capacitive” appliances or also called “loads”. Some appliances may draw all three types of power.

Resistive Loads such as normal incandescent lights (wire filament) always draw a constant power (watts) from the power supply, that is a 100 Watt

light will draw approximately 100 Watts from the power supply at all times. Resistive loads are the easiest appliances for an inverter to run.

Inductive Loads such as a refrigerator (Electric Motor) require a large rush of power (surge current) to start and then usually draw a more constant

power once running. Inductive loads contain coils of wire (motors, transformers, ballasts, solenoids). When the power is first turned on,these coils of

wire draw a large surge current which forms the magnetic flux (magnetic field) which allows these appliances to work. This magnetic flux is a kind of

stored energy.

The most common inductive appliances are: fridges, air compressors, transformers/ chargers, pumps, power tools and fluorescent lights. These

appliances may draw up to 10 times their normal running power to start up; that is to run a 80W fridge you may need a 600 or 1000 Watt inverter.

Capacitive Loads such as many TV’s or many electronic appliances require a large surge current to start only when they have not been used for a

while. This is often due to large capacitors in the power supply that must be quickly charged when the appliance is turned on. If the appliance is not

used for a few days these capacitors slowly go flat. Resetting the inverter a couple of times may allow these appliances to work.

Q. Why does it damage the inverter if the battery leads are reverse-connected?

A. Your inverter uses sophisticated electronics to convert DC battery power to AC mains power. If you accidentally connect the inverter to the

battery incorrectly (reverse polarity) a large current will be drawn by the inverter which will blow the protection fuse. As this occurs some of the high

current could damage sensitive electronic components. Because of this risk it is important to always double-check the battery polarity before making

any connections.

Q. How do I check or change the fuses?

A. CCT inverters contain internal fuses and should only be checked or replaced by a qualified electrical appliance repairer.

THE DC SUPPLY MUST BE DISCONNECTED BEFORE ANY REPAIR, THEN TURN THE ON/OFF SWITCH OF THE INVERTER “ON” TO

DISCHARGE THE CAPACITORS.

Q. Can I run laptop computers and other sensitive electrical appliances?

A. Yes. CCT’s pure sine wave output is suitable for medical equipment and sensitive electrical appliances. They allow you to watch television

without static, operate computers and gaming consoles and run fluorescent lights.

When in inverter mode sometimes the transformer and/ or case may vibrate and makes noise.

*If the noise is created by transformer;

This mainly caused by HALF BRIDGE LOAD, the load uses only half cycle of power (figure 1). This tends to cause an imbalance of magnetic

field of transformer, reducing its rated working freq from 20KHz to 15KHz(it varies according to different loads). In such a case the frequency

of noise falls exactly into the range 200Hz to 20KHz that human ear can hear.

The most common load of such kind is electrical heater and hair drier.

*If the noise is created by case;

Normally when loaded with inductive loads, the magnetic field generated by transformer keeps attracting or releasing the steel case at a speific

freq, this may also cause noise.

Reducing load power or using an inverter with bigger capacity will normally solve this problem. The noise will not do any harm to the inverter

or the loads.

Figure 1

*Reason for noise from transformer/case

Full bridge

Half bridge

CPT2000 CPT3000

2000W 3000W

6000W 9000W

5W 7.5W

110VAC 86% 86%

230VAC 88% 88%

110VAC 50A/ 25A/ 15A 70A/ 30A/ 15A

230VAC 45A/ 25A/ 15A 65A/ 30A/ 20A

20A 30A

17/ 37 20/ 44

AC Charger/Bypass

Control & Signal

General Specication

Eciency

Power Input/Output

Output power

Surge ower

Output voltage

Output frequency

Waveform

DC input voltage

DC voltage range

AC input range

AC input frequency

DC output voltage

Charge current

Over charge protection

LED indicator

Dip switch

Network function

Battery type

Dry contact terminal

Pure sine wave ( THD<3% )

Idle consumption

(Saving model)

90-135 VAC / 190-245 VAC

Weight(Kg/Ib)

Dimension(mm/in)

Safety

EMC

Operating / Storage temp

Woking humidity

100/110/120 VAC±5%; 220/230/240 VAC±3%;

50/60 HZ ± 0.5%

Transfer time

Input waveform

MAX bypass current

Remote control(optional)

Charge current; Output frequency; AC output voltage; DC/ AC priority

50/60 HZ ± 0.5%

Bulk( 13.0-14.9V ); Absorption( 14.9-15.1V ); Float charge( 13.3-13.8V ) ( 24V*2, 48V*4 )

12/ 24/ 48 VDC

10.0-16.0 / 20.0-31.0 / 42.0-62.0 VDC

15.7 VDC ( 24V*2, 48V*4 )

< 10 ms

Pure sine wave ( Utility power or generator )

7-led for working mode

CR10; PTM-12

-20- 50 ℃/ -30- 70 ℃

Stand-alone, or TCP/ IP optional

Lithium, Gel, AGM, Wet or customized

By relay

UL458, LVD( EN60950 )

FCC part15 Class A, CE( EN55022:2006+ A1: 2007 )

-20- 90% RH

455*250*185/

18*10*7

6. SPECIFICATION

7. TCP/ IP MONITOR

Please use WINDOWS operation system higher than XP version.

Install Netility (Windows V4.53), ClientMate(Windows V5.62), SNMPView V5.73

Make the correct connection of TCP/ IP server

Run netility, set the following parameter:

IP address: 192.168.1.9

Subnet Mask: 255.255.0.0

Gateway: 192.168.1.1

6. TCP/ IP MONITOR

Go to 192.168.1.9 in your browser

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