Ampcontrol ISUPS 2 User Manual Download Page 16

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ISUPS2B004 Rev 1

Page 16 of 70

Ampcontrol Pty Ltd

– ABN 28 000 915 542

ISUPS 300Wh V2 USER MANUAL

ISUPS2B004 R2

– DEC/17

4.4.1 Fasteners

It is a requirement of certification that the Ex e terminal compartment cover be secured to the housing by
M4 captive screws (P/N 111534) with SS spring washers.

The Ex ia terminal compartment cover is secured to the housing by M4 captive screws (P/N 111534)
with SS spring washers.

To ensure adequate sealing and achieve the IP66 rating, all terminal covers screws must be tightened to
a torque of 1.6Nm.

CAUTION!

Wiring to the ISUPS must comply with any statutory, site or local wiring

codes and Explosion Protection standards, as appropriate.

Figure 4.1: Dimensions and Mounting Details for the 300Wh ISUPS

298

283

ISUPS2 300Wh

Earth Stud

M20 Plug

4 Places

M16 Plug

4 Places

227

206

100

140

17.5

Summary of Contents for ISUPS 2

Page 1: ...Revision 2 December 2017 Designed and manufactured in Australia by Ampcontrol Pty Ltd INTRINSICALLY SAFE UNINTERRUPTIBLE POWER SUPPLY ISUPS 2 300Wh User Manual ...

Page 2: ...h Please share these warnings with other operators CAUTION The caution symbol highlights a potential risk of damage to equipment Please share these cautions with other operators NOTE The note symbol highlights key information Please share these notes with other operators ENVIRO The enviro environmental symbol highlights areas which may have an impact on the surrounding fauna and or flora ...

Page 3: ...ully checked and is believed to be entirely reliable with all of the necessary information included AMPCONTROL PTY LTD reserves the right to make changes to any products described herein to improve reliability function or design and reserves the right to revise this document and make changes from time to time in content hereof with no obligation to notify any persons of revisions or changes AMPCON...

Page 4: ...dication 20 5 2 Battery Life 20 5 3 Output Characteristics 21 6 WARNINGS FOR SAFE USE OF THE ISUPS 22 7 USER INTERFACE 23 7 1 Status Menu 23 7 2 Field Configurable Menus 23 8 MENU NAVIGATION 24 9 FIELD ACCESSIBLE MENU STRUCTURE 25 9 1 Field Accessible Menus 26 10 FIELD CONFIGURATION MENU STRUCTURE 30 10 1 Configuration Menu 32 10 2 Time and Date Menu 1st Major Sub Menu 33 10 3 User Defined Label 2...

Page 5: ... for the 300Wh ISUPS 16 Figure 5 1 Typical Output Voltage vs Output Load Current Curve for the ISUPS 21 Figure 7 1 ISUPS LCD Display and Keypad 23 Figure 9 1 Field Accessible Menu Structure 25 Figure 10 1 Field Configuration Menu Initial Stages 30 Figure 10 2 Field Configuration Menu Final Stages 31 TABLE OF TABLES Table 1 Battery Backup Capacity and Output Parameter Details 14 Table 2 Recommended...

Page 6: ...hanges to Equipment Changes in the design and modifications to the equipment are not permitted Unauthorised changes made to the hardware or operating firmware will void the manufacturer s warranty and may compromise the integrity of the system into which it is installed and other connected equipment 1 1 2 Equipment Knowledge Experience with or understanding of this equipment is essential for the s...

Page 7: ...published specification must not be used Please contact Ampcontrol if the equipment is suspected to be different than that ordered or if it does not match the published specifications 2 3 Storage after Delivery 2 3 1 General Storage Requirements When the equipment is not to be installed immediately proper storage is important to ensure protection of equipment and validity of warranty All equipment...

Page 8: ... situation connect a lead with mains plug to the unit s AC input terminals Supply should be 90 250VAC Turn the power on for the Charging Time as listed in Section 13 Specifications 2 4 Unpacking of Equipment The method of packing used will depend on the size and quantity of the equipment The following cautions should be interpreted as appropriate CAUTION Take care when unpacking crates as the cont...

Page 9: ...PS intrinsically safe circuit Relays 2 and 3 are suitable for use on the same intrinsically safe circuit i e not isolated from each other that may be separate to the IS circuits of the UPS or those utilised on Relay 1 Two external isolated digital inputs DI2 DI3 that may be used to activate functions as listed in Table 6 These can be powered from a common external intrinsically safe circuit or the...

Page 10: ...ication systems serial to Ethernet converters and other electronic equipment requiring intrinsically safe power in Group I applications The Intrinsically Safe UPS can be used as a simple backup system for IS circuits in line with the output parameters and the factory default configuration or can be user configured with optional functions The user can configure various functions of the UPS as well ...

Page 11: ...atmospheres Part 11 Equipment protection by intrinsic safety I o IEC 60079 18 2011 Ed 4 0 Explosive atmospheres Part 18 Equipment protection by encapsulation m The ISUPS conforms with IEC 60079 11 2011 clause 6 3 13 3 3 Explanation of Ex Markings An example of the marking label is shown above in Figure 3 1 and the certifications discussed below Mains Powered Ex eb ia mb ia Ma I Mb Techniques eb ma...

Page 12: ...stem must be the result of structured risk analysis with the outcomes used to define the system requirements These requirements in turn will guide the choice of instrumentation logic solvers and actuators needed to implement the system Understanding the needs of the system will ensure proper selection of equipment 4 1 3 Ensure that the ISUPS will properly perform the required functions within the ...

Page 13: ...er installation The installation is to be in accordance with the relevant installation Standards Codes of Practice Modifications must not be made to any part of the ISUPS As supplied the unit is built to and complies with the relevant standards Modifications to its construction will render the unit non compliant Complete and accurate records of the installation must be kept as part of the site ins...

Page 14: ...0A 1 0µF 200µH 87 17µH Ω 250V 15 1VDC 0 47A Output 15 1V 0 47A 2 01µF 520µH 87 17µH Ω 250V 14 5VDC 1 50A Output 14 5V 1 50A 1 0µF 200µH 87 17µH Ω 250V 12 6VDC 2 5A Output 12 6V 2 50A 2 0µF 167 2µH 33µH Ω 250V 12 6VDC 2 4A Output 12 6V 2 40A 2 0µF 167 2µH 33µH Ω 250V 12 6VDC 2 0A Output 12 6V 2 00A 502nF 164µH 40 1µH Ω 250V 12 6V 2 00A 20 54µF 102 1µH 39µH Ω 250V 12 6VDC 1 5A Output 12 6V 1 50A 1 0...

Page 15: ...pecifications in Section 6 Warnings for the Safe use of the ISUPS In addition to these requirements the following is also required 1 The ISUPS must be installed in an upright position 2 Ensure adequate space above and below the unit to allow free air movement around the unit 3 Mounting of the ISUPS should be in such a way as to allow full access to the connection terminals display and buttons Posi...

Page 16: ...rtment cover is secured to the housing by M4 captive screws P N 111534 with SS spring washers To ensure adequate sealing and achieve the IP66 rating all terminal covers screws must be tightened to a torque of 1 6Nm CAUTION Wiring to the ISUPS must comply with any statutory site or local wiring codes and Explosion Protection standards as appropriate Figure 4 1 Dimensions and Mounting Details for th...

Page 17: ...red 2 The Ex e compartment must not be opened when an explosive atmosphere is present 3 Unused cable entries into the Ex e terminal compartment must be closed with Ex e or Ex d certified blanking elements The blanking element supplied with the ISUPS must be tightened to a torque of 20Nm to achieve an adequate seal 4 Unused cable entries into the Ex i terminal compartment must be closed with IP66 r...

Page 18: ...tion shall extend to within 1mm of the metal of the terminal throat All terminal screws used and unused shall be tightened down to between 0 5 Nm and 0 7 Nm Cross connecting combs shall not be used Ex i Terminals Large Terminals Wiring Stripping length Max 8mm Diameter 0 2mm2 to 4mm2 without ferrule Max ferrule size 4mm2 Max twin ferrule size 2 5mm2 Wires should be installed so that wire insulatio...

Page 19: ... will not be energised by the return of the mains supply The minimum battery voltage level will switch the output off automatically ignoring the timer activity as a self protection feature Digital inputs are mapped 1 to 1 to the relays to mimic input status As part of its design as an Intrinsically Safe product the input AC supply to the UPS is protected by both a ceramic fuse and resettable therm...

Page 20: ... is on 5 1 4 Overload LED This LED illuminates when the UPS is operating in current limit mode and extinguishes when operating normally 5 1 5 Mains On LED This LED illuminates when the mains power is applied to the UPS and extinguishes when mains power is switched off 5 1 6 LCD Backlight The LCD display turns off 30 second after the last press on any button 5 2 Battery Life Provided the ISUPS is s...

Page 21: ...4 Rev 1 Page 21 of 70 Ampcontrol Pty Ltd ABN 28 000 915 542 ISUPS 300Wh V2 USER MANUAL ISUPS2B004 R2 DEC 17 5 3 Output Characteristics Figure 5 1 Typical Output Voltage vs Output Load Current Curve for the ISUPS ...

Page 22: ... the protection provided by the Ex e terminal compartment 3 The ISUPS must either be taken to a safe area for recharging when necessary or powered under the provisions covered by the local mines regulations Zone 1 AC power is permissible in most Australian mines 4 Ensure the input Voltage range is within the limits permitted and the connections are to the designated input terminals 5 Ensure the lo...

Page 23: ...dware Version and Release Date 7 2 Field Configurable Menus The configuration menus coordinate and display changes to the settings that control the operation of the UPS A password is required to gain access to the configuration menus The factory default setting for the password is 0000 four zeros It is recommended that the password be changed once the UPS has been configured after installation Be ...

Page 24: ...ssing the RIGHT key will select the minor menus from the sub menus Repeated pressing of the LEFT key will navigate back to the major menus These key actions are typical throughout the menus Each menu requires different settings or responses from the user some keys may be de activated all together or have a different action but this depends upon each menu In general the keys will operate as shown i...

Page 25: ... 76 full mm3d 3 Output Info Output is ON Vo 12 1V Io 0 2A mm4a mm4b OP Timer Running 00 13 48 rem mm4c Date 17 09 2007 Time 19 23 01 mm1d 4 UPS Info Digital Input 1 LOW mm5a mm5b Digital Input 2 HIGH mm5c mm5 d Digital Input 3 HIGH Relay 1 CLOSED Digital Input mm5 f Relay 2 OPEN UPS Alarm mm5g Relay 3 OPEN Off mm5h 5 Comms Info Modbus Port OFF MB Save Addr 1 Set 38400 N 8 1 mm6a mm6b 6 Configurati...

Page 26: ...the LEFT button changes to the previous menu Main and Output Status menu displays the Mains ON OFF status and Output ON OFF status UPS Status Info Mains OFF OP ON Model and Serial Number menu displays the model and Serial Number of the UPS 300W 15 1v 1 50i S N 00 00000 User defined Label menu displays the blank window for user to write any identifying description etc Date and Time menu displays da...

Page 27: ...been selected the bottom line of the display will show the time and date the entry was logged see above left example then after a few seconds will display the output voltage and output current reading that was logged see above right example 9 1 5 Event Log Menu 005 SYSTEM BOOT 01 00 01 01Jan 10 005 SYSTEM BOOT U 12 8V I 0 1A This menu will initially display LOG START Pressing the UP button the per...

Page 28: ...ttery Capacity Remaining menu displays the estimated battery capacity remaining Press the ESC button to return to the Battery Info menu While in any of these submenus the UP and DOWN buttons have no effect the LEFT button changes to the previous menu Press the LEFT or the ESC button to return to Battery Info menu Battery Level 78 full 9 1 7 Output Information Menu Press the UP button to select the...

Page 29: ...lowing Digital Input 1 The top line displays the digital input number and bottom line displays its state HIGH LOW Digital Input 1 LOW Relay 1 The top line displays Relay number and its state OPEN CLOSE the bottom line displays its driving source as configured in the Configuration menu Press ESC button to return to UPS Info menu Relay 1 OPEN Digital Input 9 1 9 Communications Information Menu Press...

Page 30: ...ltLevel 22 3 V cm4d 6E Modbus Setup Slave Address 12 cm5a cm5b Modbus Config 38400 E 8 1 cm5c 6F Relays Setup 6F1 Relay 1 Configuration cm6a cm6b 6F2 Relay 2 Configuration cm6c 6F3 Relay 3 Configuration cm6d 0 255 1200 E 8 1 1200 O 8 1 1200 N 8 2 1200 N 8 1 2400 E 8 1 38400 N 8 6G Trp RST Setup Trp RST Enable Yes cm7a cm7b Tripping OP Relay 1 cm7c See IS UPS Main Menu Structure See figure on follo...

Page 31: ... per Relay 1 from this point onwards 6F3 Relay 3 Configuration is exactly as per Relay 1 from this point onwards LEGEND ENTER ESC UP DOWN LEFT RIGHT 6F1A Relay 1 OP Under Amps OP Under Amps 0 0 Amps 0 0 to 1 5 A 6F1A Relay 1 OP Under Volts OP Under Volts 3 0 Volts 3 0 to 25 V 6F1A Relay 1 Bat C Hi Alarm Bat C Hi Alarm 35 C 10 C to 69 C 6F1A Relay 1 UPS Alarm UPS Alarm ACTIVE ACTIVE or INACTIVE 6F1...

Page 32: ...o the left most digit of the password entry display After all the password entry digits are cleared the password can be re entered Press the LEFT button to move back to the previous digit or if in the left most digit the previous menu NOTE The correct password must be entered to gain access to the configuration menus The factory default password is set to 0000 four zeros To prevent unsolicited tam...

Page 33: ...ill occur The default date is 1 January 2009 and time of 1 00 00 is set See Below D 01 01 2009 T 01 00 00 10 3 User Defined Label 2nd Major Sub Menu 6B UPS Label Setup Press the UP button to access this menu A user definable label to be given to the ISUPS is entered here Normally information that is relevant to the user regarding the installation of the UPS is entered at this menu This information...

Page 34: ...will allow the operator to enter the new password To enter press the RIGHT button 10 4 1 Password Change Menu New Password 0 The Password Change Menu allows the user to change the configuration menu entry password Pressing the UP or DOWN buttons will change the password digit with the focus up or down respectively Pressing the RIGHT button will move the focus to the next digit The LEFT button will...

Page 35: ...etting is 0 0 Amps the maximum is 2 5 Amps Default setting 0 4A Hysteresis is 20 of the current limit from Table 1 The RIGHT button progresses to the next menu The LEFT button returns to the previous menu The ENTER button saves the setting into memory Press the ESC button to return to UPS Output Menu fourth Major Sub menu 10 5 2 Output Under Current Level Menu OP UnderCurrLevel 0 7 A Press the RIG...

Page 36: ...w long the UPS will provide output without mains power in 10 minute intervals The setting can be from 0 minutes through to a maximum of 600 minutes 10 hours or ALWAYS ON using the UP DOWN buttons In the ALWAYS ON mode the timer is deactivated and the UPS will continue to run until the battery low voltage is reached and the UPS shuts down The run time is only active while UPS is running from Batter...

Page 37: ...H The local start button or an external start button from the terminal board may then be used to restart the UPS Switching mains power on after a shutdown caused by DI1 will start the UPS but if the mains power is disconnected the UPS will shut down again To fully utilise the ISUPS ensure that the actual DI1 is opposite to the screen setting in a high state if set to LOW and in a low state if set ...

Page 38: ...ress Menu Slave Addr 1 Press the RIGHT button to access to this menu This menu allows selection of the slave address of the device The selection of address 0 will switch the Modbus communications OFF any other address will cause the unit to respond to messages of the same address By default address 1 is selected Pressing the ENTER button saves the setting into memory 10 6 2 Modbus Configuration Me...

Page 39: ...00 N 8 2 19200 N 8 1 10 7 Relay Configuration Modify Menu 6th Major Sub Menu 6F Relays Setup Press the UP button to access this menu This major sub menu allows the viewing and setting of the Relay driving source and the level of the parameter at which it will activate the relay Progressive pressing of the RIGHT button will access the configuration menu for Relay 1 2 or 3 See note below NOTE The pr...

Page 40: ...0Wh V2 USER MANUAL ISUPS2B004 R2 DEC 17 10 7 1 Relay Configuration Menu 6F1 Relay 1 Configuration Press the RIGHT button to access this menu When in this menu press the ENTER button to access the source selection menu to select the relay driving source One of the ten sources in ...

Page 41: ...le shows the selection of Output Under Voltage as the driving source for Relay 1 and its parameter value set to 10V at which point it will activate the Relay 1 While in the 6F1 Relay 1 Configuration menu press the ENTER button then progressively press the UP button until it displays Output Under Volt in the bottom line on the display then press the ENTER button again to open the source parameter e...

Page 42: ...ese settings After these steps are completed the Relay 1 will be activated whenever the output current rises above 0 40A The configurable minimum and maximum values are 0 0A 2 5A Hysteresis is 20 of the current limit from Table 1 Press the ESC button to return to the Relay Configuration Modify Menu Relay Output Over Current Menu 6F1A Relay 1 OP Over Amps Output Over Current Setting Menu OP Over Am...

Page 43: ... minimum setting is 10 C and the maximum setting is 69 C After the relay activates the relay will de energise once the Temperature has fallen 1 C below the setting Press the ESC button to return to the Relay Configuration Modify Menu Relay Battery Temperature Alarm Menu 6F1A Relay 1 Bat C Hi Alrm Battery Temperature Setting Menu Bat C Hi Alarm 45 C 10 7 6 Configure Relay 1 Using UPS Alarm Menu Whi...

Page 44: ... Relay Configuration Modify Menu Relay x Mains Status Menu 6F1A Relay 1 Mains Status Mains Supply Setting Menu Mains Status FAIL 10 7 8 Configure Relay 1 Using Digital Input Menu While in the 6F1 Relay 1 Configuration menu press the ENTER button then progressively press the UP button until it displays Digital Input in the bottom line on the display then press the ENTER button again to open the sou...

Page 45: ...ED LOW 3 IGNORED IGNORED HIGH 4 IGNORED LOW IGNORED 5 IGNORED LOW LOW 6 IGNORED LOW HIGH 7 IGNORED HIGH IGNORED 8 IGNORED HIGH LOW 9 IGNORED HIGH HIGH 10 LOW IGNORED IGNORED 11 LOW IGNORED LOW 12 LOW IGNORED HIGH 13 LOW LOW IGNORED 14 LOW LOW LOW 15 LOW LOW HIGH 16 LOW HIGH IGNORED 17 LOW HIGH LOW 18 LOW HIGH HIGH 19 HIGH IGNORED IGNORED 20 HIGH IGNORED LOW 21 HIGH IGNORED HIGH 22 HIGH LOW IGNORED...

Page 46: ...gure Relay 1 Using Output Status Menu The Relay 1 Output Status Setting Menu allows selection of when the output has been enabled will activate Relay 1 While in the 6F1 Relay 1 Configuration menu press the ENTER button then progressively press the UP button until it displays Output Status in the bottom line on the display then press the ENTER button again to open the source parameter editable menu...

Page 47: ...nable state between Yes and No Pressing ENTER will save the state When set to Yes the trip reset latch function is enabled and the below functions are automatically assigned to the digital inputs shown below NOTE Assigning the below inputs to the Trip Reset Latch function DOES NOT override any previous assignments I e If the Shutdown on DI1 function is enabled the UPS will shut down on DI1 regardl...

Page 48: ...menu The Tripping Output menu allows the output relay to be selected Pressing UP or DOWN will select the relay Pressing ENTER will save the selection NOTE Selecting a relay on this menu will override any other function assigned to the relay De selecting a relay or turning off the Trip Reset Latch function will not return the relay to its previous setting This must be done manually on the relevant ...

Page 49: ... Reserved 9 Up Button 1 Pressed Read Coil Status 0X01 Write Single Coil 0X05 10 Down Button 1 Pressed Read Coil Status 0X01 Write Single Coil 0X05 11 Left Button 1 Pressed Read Coil Status 0X01 Write Single Coil 0X05 12 Right Button 1 Pressed Read Coil Status 0X01 Write Single Coil 0X05 13 ESC Button 1 Pressed Read Coil Status 0X01 Write Single Coil 0X05 14 ENTER Button 1 Pressed Read Coil Status ...

Page 50: ...d 54 Reserved 55 Reserved 56 Reserved 11 1 2 Input Registers 3X References Input Registers 3X References Bit Address Name Comment Modbus Functions Supported 1 System Timer MSW Seconds Read Input Registers 0X04 2 System Timer LSW Read Input Registers 0X04 3 Battery Temperature ºC Read Input Registers 0X04 4 Battery Bus Voltage mV Read Input Registers 0X04 5 Mains Input Voltage V Read Input Register...

Page 51: ...Bit Address Name Comment Modbus Functions Supported 101 Periodic Log Entry Index Register Index H Read Holding Registers 0X03 Register Index L Read Holding Registers 0X03 102 Total Periodic Log Entries Total Log Entries H Read Holding Registers 0X03 Total Log Entries L Read Holding Registers 0X03 103 Time Seconds Read Holding Registers 0X03 Minutes Read Holding Registers 0X03 104 Hours 24 Hr Forma...

Page 52: ...206 0x20 Read Holding Registers 0X03 0x20 Read Holding Registers 0X03 207 0x4F O Read Holding Registers 0X03 0x56 V Read Holding Registers 0X03 208 0x45 E Read Holding Registers 0X03 0x52 R Read Holding Registers 0X03 209 0x20 Read Holding Registers 0X03 0x43 C Read Holding Registers 0X03 210 0x55 U Read Holding Registers 0X03 0x52 R Read Holding Registers 0X03 211 0x52 R Read Holding Registers 0X...

Page 53: ...isters 0X03 226 0x2C Read Holding Registers 0X03 Time recorded 0x30 0 Read Holding Registers 0X03 227 0x39 9 Read Holding Registers 0X03 0x3A Read Holding Registers 0X03 228 0x35 5 Read Holding Registers 0X03 0x37 7 Read Holding Registers 0X03 229 0x3A Read Holding Registers 0X03 0x32 2 Read Holding Registers 0X03 230 0x35 5 Read Holding Registers 0X03 0x20 Read Holding Registers 0X03 231 0x30 0 R...

Page 54: ...olding Registers 0X03 242 o Read Holding Registers 0X03 Read Holding Registers 0X03 243 LCD Bottom Line M Read Holding Registers 0X03 a Read Holding Registers 0X03 244 i Read Holding Registers 0X03 n Read Holding Registers 0X03 245 s Read Holding Registers 0X03 Read Holding Registers 0X03 246 O Read Holding Registers 0X03 F Read Holding Registers 0X03 247 F Read Holding Registers 0X03 Read Holding...

Page 55: ...These logs are accessible through the Modbus interface using the Read Holding Registers command as per the Memory Map To set the desired log entry to be reported for a Periodic or Event log the entry number index needs to be set in holding registers 1 and 2 respectively If a log entry is requested that does not exist in the log then a Modbus error will be returned to the Modbus master 11 2 1 Event...

Page 56: ...Decimal format Each of these registers can be read using Read Holding Registers 0X03 and write can be done using Pre set Multiple Registers 0X10 When the write is performed the system checks for validity and the system Time and Date is updated only if all the fields are valid NOTE The system only checks for upper and lower bounds and not if the date is valid For example if the external system sets...

Page 57: ...ically be Check that equipment enclosures cable trays conduits etc are in good order with no physical damage Check that sealed wall boxes are free from water and dust ingress internally Door seals are in good condition Check that connected cables are free from cuts abrasions and obvious signs of damage Cable restraints are in good order and correctly fitted Check that labels on equipment wall boxe...

Page 58: ...nimum IP66 rated and sized according to APPENDIX A DRAWINGS Replacement glands for the AC terminal compartment must be selected in consideration of the requirements of Ex e installations as outlined in AS NZS 60079 parts 0 7 and 14 They must be sized according to APPENDIX A DRAWINGS 12 3 Equipment Overhaul For continued reliable and safe performance Ampcontrol recommends an overhaul period of no m...

Page 59: ...conservative estimation of the battery backup time in hours 190 User s Load in Watt For Example if 15 1W 15 1Vx1Amp is the user load on the 300WH 15 1V 1 5A rated UPS then the estimated battery backup time in hours will be 190 15 1x1 12 52 hours Mechanical Specifications Dimensions 298W x 206H x 227D Weight 23kg Terminal Cover Screw Torque Value 1 6Nm Operating Temperature 17 C Ta 60 C Increased o...

Page 60: ...0 5A Output 177262 15 1V 0 50A 1 0µF 200µH 87 17µH Ω 250V 15 1VDC 0 47A Output 177260 15 1V 0 47A 2 01µF 520µH 87 17µH Ω 250V 14 5VDC 1 50A Output 177261 14 5V 1 50A 1 0µF 200µH 87 17µH Ω 250V 12 6VDC 2 5A Output 174622 12 6V 2 50A 2 0µF 167 2µH 33µH Ω 250V 12 6VDC 2 4A Output 161826 12 6V 2 40A 2 0µF 167 2µH 33µH Ω 250V 12 6VDC 2 0A Output 161825 12 6V 2 00A 502nF 164µH 40 1µH Ω 250V 12 6V 2 00A ...

Page 61: ...2 USER MANUAL ISUPS2B004 R2 DEC 17 APPENDIX A DRAWINGS Drawing Number Description ISUPS2Z008 ISUPS V2 User Manual General Arrangement ISUPS2Z005 ISUPS V2 Terminals I S Parameters The drawings appear in the following pages in the same order in which they are listed in the table above ...

Page 62: ...ISUPS2B004 Rev 1 Page 62 of 70 Ampcontrol Pty Ltd ABN 28 000 915 542 ISUPS 300Wh V2 USER MANUAL ISUPS2B004 R2 DEC 17 ...

Page 63: ...ISUPS2B004 Rev 1 Page 63 of 70 Ampcontrol Pty Ltd ABN 28 000 915 542 ISUPS 300Wh V2 USER MANUAL ISUPS2B004 R2 DEC 17 ...

Page 64: ...increase safety e o IEC 60079 11 2011 Ed 6 0 Explosive atmospheres Part 11 Equipment protection by intrinsic safety I o IEC 60079 18 2011 Ed 4 0 Explosive atmospheres Part 18 Equipment protection by encapsulation m Copies of this certificate may be obtained in the following ways From the Ampcontrol website By contacting customer service or From the IECEx website EMC Compliance IEC 61204 3 2011 Low...

Page 65: ...ISUPS2B004 Rev 1 Page 65 of 70 Ampcontrol Pty Ltd ABN 28 000 915 542 ISUPS 300Wh V2 USER MANUAL ISUPS2B004 R2 DEC 17 APPENDIX C MSDS ...

Page 66: ...ISUPS2B004 Rev 1 Page 66 of 70 Ampcontrol Pty Ltd ABN 28 000 915 542 ISUPS 300Wh V2 USER MANUAL ISUPS2B004 R2 DEC 17 ...

Page 67: ...ISUPS2B004 Rev 1 Page 67 of 70 Ampcontrol Pty Ltd ABN 28 000 915 542 ISUPS 300Wh V2 USER MANUAL ISUPS2B004 R2 DEC 17 ...

Page 68: ...ISUPS2B004 Rev 1 Page 68 of 70 Ampcontrol Pty Ltd ABN 28 000 915 542 ISUPS 300Wh V2 USER MANUAL ISUPS2B004 R2 DEC 17 ...

Page 69: ...ISUPS2B004 Rev 1 Page 69 of 70 Ampcontrol Pty Ltd ABN 28 000 915 542 ISUPS 300Wh V2 USER MANUAL ISUPS2B004 R2 DEC 17 ...

Page 70: ...ISUPS2B004 Rev 1 Page 70 of 70 Ampcontrol Pty Ltd ABN 28 000 915 542 ISUPS 300Wh V2 USER MANUAL ISUPS2B004 R2 DEC 17 ...

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