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hager agardio.manager HTG410H Installation Manual

hager agardio.manager HTG410H Installation Manual

Multi-energy data logger and server
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Installation guide
agardio.
manager
Multi-energy
data logger and server
HTG410H / HTG411H

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Summary of Contents for hager agardio.manager HTG410H

  • Page 1 Installation guide agardio. manager Multi-energy data logger and server HTG410H / HTG411H...

  • Page 3: Table Of Contents

    Installation guide Page Safety information Short system presentation Relevant standards Mechanical installation Modbus and RS485 specific wiring rules Power supply and Input/output cabling Devices installation and settings Accessories Acronyms...

  • Page 4: Safety Information

    Safety information 1. Safety information This equipment must be mounted only by professionals. The Hager Company shall not be held responsible for failure to comply with the instructions in this guide. Risk of electrocution, burns or explosion - The device must be installed and serviced only by qualified...

  • Page 5: Short System Presentation

    HTG410H Short system presentation 2. Short system presentation T° Modbus RTU Modbus RTU Route r / Switch Router/Switch Internet INTERNET 3. Relevant standards and technical characteristics Document Low-voltage directive Issue EN 60950-1 Information technology equipment – Safety – Part 1: General requirements 2006-04-14 EN 60950-1:2006/A11:2009 Information technology equipment –...
  • Page 6 HTG410H Relevant standards External safety extra low voltage power supply 24 V (SELV) +/- 10% Typical consumptions 7 VA Ethernet network communication Ethernet - TCP/IP - RJ45/100 base- T/IEEE 802.3 Modus network communication RS485 Modbus RJ45 Operating temperature -25° to + 70°C Storage temperature -55°...

  • Page 7: Relevant Standards

    HTG410H Relevant standards Mechanical dimensions Recommended space for the energy server installation Connections QC small 0.75…2.5 0.2…1.5 0.75…2.5 0.2…1.5 (mm) 0,4 mm For the cable connection or removing, please insert the screwdriver and push straight. Technical changes reserved...

  • Page 8: Modbus And Rs485 Specific Wiring Rules

    HTG410H Modbus and RS485 specific wiring rules 5. Modbus and RS485 specific wiring rules Modbus protocol: The Modbus over Serial Line Specification and Implementation Guide, published on www.modbus.org, defines the characteristics of the Modbus protocol over serial line. Modbus is a serial communications protocol originally published by Modicon in 1979 for use with its programmable logic controllers (PLCs).
  • Page 9 HTG410H Modbus and RS485 specific wiring rules The Query–Response Cycle (QRC) The serial Transmission Modes: Two different serial transmission modes are defined: The RTU mode and the ASCII mode. It defines the bit contents of message fields transmitted serially on the line. It determines how information is Query message packed into the message fields and decoded.
  • Page 10 HTG410H The EIA/TIA RS485 Modbus basic diagram Master Pull Up Pull Up Balanced Pair Balanced Pair Pull Down Pull Down Common Common *Usually, the +5v is delivered by the master (eg-energy server) Slave 1 Slave 1 Slave n Slave n The EIA/TIA RS485 In 1983, the Electronic Industries Alliance (EIA) approved a new balanced transmission standard called RS-485.
  • Page 11 HTG410H The EIA/TIA RS485 Termination resistors Because of the high frequencies and the distances involved, proper attention must be paid to transmission-line effects. A terminating resistor is placed at the extreme end or ends of the cable. It is impor- tant that the line be terminated at both ends since the propagation is bi-directional.
  • Page 12 HTG410H The EIA/TIA RS485 Diagram with 2 wires connection devices Setup Modbus RS485 Slave 1 Slave n Slave 1 Slave n (31 max) SMxx / 1416 20 22 HTG410H ECxx / Output Aux supply R 120 Ω Master ACB / MENU HIC4xx Modbus...
  • Page 13 HTG410H The EIA/TIA RS485 Diagram with 3/2 wires connection devices Setup Modbus RS485 Slave n Slave n (31 max) SMxx / SPC06HM (PFC controller) 1416 20 22 HTG410H Output ECxx / Aux supply R 120 Ω SILAS SMART KIT Master ACB / SPC06HM POWER FACTOR CORRECTION...

  • Page 14: Power Supply And Input/Output Cabling

    HTG410H Power supply and Input / Output cabling 6. Power supply and Input / Output cabling 6.1 Power supply The HTG410H requires a 24 VDC + - 10% voltage supply installed near it. It must be Safety Extra Low Voltage (SELV) type, with galvanic isolation between the power supply input (AC voltage) and the power supply output (DC voltage).
  • Page 15 HTG410H Power supply and Input / Output cabling 6.2 Digital input 1 & 2 The energy server has 2 configurable digital inputs that can be used to read states (On-Off) or pulse counting. Length of cable Up to 100 m Minimum current in ON-state 10 mA Maximum current in ON-state...
  • Page 16 Application example Input 1: I1 state contact (ACB, MCCB position…) Input 2: pulse contact from EC051. The energy server is able to read output pulses of any Hager products, or any manufacturer compliant with the IEC 62053-31E1, class A standard.
  • Page 17 HTG410H Power supply and Input / Output cabling 6.3 Digital output The energy server has 1 configurable alarm output (NO contact) Length of cable Up to 10 m Mechanical endurance 100000 cycles Rated voltage 5 - 30 VDC / AC Rated current (max) Min contact load 5 VDC, 10 mA...
  • Page 18 HTG410H Power supply and Input / Output cabling 6.4 Analog output 0/10V The energy server is able to provide a set-point for any regulator connected to its 0 – 10V output. Length and cross section Up to 10 m max, 0,25 mm²...
  • Page 19 HTG410H Power supply and Input / Output cabling 6.5 Pt100 temperature device The energy server allows the internal cabinet or room temperature measure through a resistance temperature device PT100. Reference HTG445H (cable 3 meters) Length and cross section Up to 3 m max, 0,25 mm²...
  • Page 20 HTG410H Power supply and Input / Output cabling 6.6 Current loops 4-20 mA Two 4-20 mA DC current loops are available on the energy server. The two-wire 4-20 mA control loops, are used to convert various process signals representing flow, speed, position, level, tempera- ture, pressure, pH, etc., to 4-20 mA DC.

  • Page 21: Devices Installation And Settings

    HTG410H Devices installation and settings 7. Devices installation and settings 7.1 Multifunctional metering Modbus device All the Modbus devices connected together on the same line must be 7.1.1 Commissioning the SM101C set with the same: Make sure that the power supply and the different connections are - Communication transfer rate properly connected before you switch on the device.
  • Page 22 HTG410H Devices installation and settings 1x  1BL confirm 2x  2BL 3x  3BL 4x  3NBL 5x  4BL 6x  4NBL 7.1.1.3 Current transformer CT Press button  to access this configuration item. The default value for the secondary side is 5 A. Example: Transformer ratio CT = 1200 / 5 PROG 1x confirm...
  • Page 23 HTG410H Devices installation and settings 7.1.1.4.2 Setting the transfer rate 7.1.1.4.4 Setting the stop bit Press button  to access this configuration item. Press button  to access this configuration item. Example: COM StOP = 2 Example: COM bdS = 4,8 PROG PROG 1x (1)
  • Page 24 HTG410H Devices installation and settings 7.1.1.6.1 Example of test without error Press and hold button "Test" for at least 3 seconds to start testing the connections. If, as shown in the example, no error is found, press and hold button "Test" again for at least 3 seconds to return to display mode.
  • Page 25 HTG410H Devices installation and settings 7.1.2 Commissioning the SM102E SM102E Warning Before switching on the SM102E, the Modbus e SM210 is too fitted onto the back of the power meter in one of the two positions provided, and to be wired. Make sure that the power supply and the different connections are properly connected.
  • Page 26 HTG410H Devices installation and settings 7.1.2.1 Access to programming mode: pass code 100 7.1.2.2 Network type Press and hold button "PROG" for at least 3 seconds to access (first menu, when opening programming mode) the configuration level. The example shows the setting for a three-phase network with "100"...
  • Page 27 HTG410H Devices installation and settings 7.1.2.3 Current transformer CT Press button  to access this configuration item. The multifunctional metering device SM102E is set by default to 5A on the secondary side. Example: Transformer ratio CT = 1200 / 5 A confirm Technical changes reserved...
  • Page 28 HTG410H Devices installation and settings 7.1.2.4 Modbus configuration 7.1.2.4.1 Communication address Press button  to access this configuration item. Example: Adr = 10 confirm Technical changes reserved...
  • Page 29 HTG410H Devices installation and settings 7.1.2.4.2 Setting the transfer rate Press button  to access this configuration item. Example: bdS = 38.4 kbauds x 1 (19,2 kbauds) x 2 (38,4 kbauds) x 3 (2,4 kbauds) x 4 (4,8 kbauds) x 5 (9,6 kbauds) confirm 7.1.2.4.3 Setting the parity Press button ...
  • Page 30 HTG410H Devices installation and settings 7.1.2.4.4 Setting the stop bit Press button  to access this configuration item. Example: Stop = 2 x 1 (2 bits) x 2 (1 bit) confirm 7.1.2.5 To quit and save programming 3 sec. 7.1.2.6 Function test for the electrical wiring connections During testing, device SM102E must be supplied with current and voltage to all connections.
  • Page 31 HTG410H Devices installation and settings 7.1.2.6.1 Example of test operation without error Press and hold button "Test" for at least 3 seconds to start testing the connections. If, as shown in the example, no error is found, press and hold button "Test" again for at least 3 seconds to return to display mode.
  • Page 32 HTG410H Devices installation and settings 7.1.2.6.2 Test with error detection Existing errors Err1 / 2 / 3 can be resolved automatically by selecting the corrective function. This eliminates the need for re-wiring. Example: Err 1 - current transformer connection of phase 1 - Start the function test 3 sec.
  • Page 33 HTG410H Devices installation and settings 7.1.3 Commissioning the SM103E SM103E Warning Before switching on the SM103E, the Modbus module SM211 is too fitted onto the back of the power meter in one of the four positions provided, and to be wired. Make sure that the power supply and the different connections are properly connected.
  • Page 34 HTG410H Devices installation and settings 7.1.3.1 Access to programming mode: pass code 100 Press and hold button "PROG" for at least 3 seconds to access the configuration level. "100" is configured as code by default. 3 sec confirm After opening programming mode, press button  repeatedly to select the desired menu.
  • Page 35 HTG410H Devices installation and settings 7.1.3.3 Current transformer CT Press button  to access this configuration item. The secondary side of multifunctional device SM103E can be set to 1 A or 5 A. Example: Transformer ratio CT = 1500 / 5 A confirm 7.1.3.4 Voltage transformer UT (if used) Press button ...
  • Page 36 HTG410H Devices installation and settings 7.1.3.4.1 Voltage transformer primary side Voltage transformer primary sides can be set up to 500,000 VAC. Example: Primary voltage = 20000 V PR = 20000 confirm 7.1.3.4.2 Voltage transformer secondary side The values shown in the example can be assigned to the voltage transformer's secondary side. Example: Secondary voltage = 110 V PR = 110 x 1 (110) x 5 (190)
  • Page 37 HTG410H Devices installation and settings 7.1.3.5 Modbus configuration 7.1.3.5.1 Communication address Press button  to access this configuration item. Example: COm ADR = 007 confirm 7.1.3.5.2 Setting the transfer rate Press button  to access this configuration item. Example: BDS = 19200 bauds confirm Technical changes reserved...
  • Page 38 HTG410H Devices installation and settings 7.1.3.5.3 Setting the parity Press button  to access this configuration item. Example: PAR = Even x 1 (Odd) x 2 (Even) x 3 (No) confirm 7.1.3.5.4 Setting the stop bit Press button  to access this configuration item. Example: STOP = 2 x 1 (2 bits) x 2 (1 bit)
  • Page 39 HTG410H Devices installation and settings 7.1.3.6 To quit and save programming Press button "PROG" for 3 seconds to exit the configuration level. 3 sec. When the communication is established between the master and the slave, the activity indicator "COM" is blinking on the display. 7.1.3.7 Function test for the electrical wiring connections During testing, device SM103E must be supplied with current and voltage to all connections.
  • Page 40 HTG410H Devices installation and settings 7.1.3.7.2 Test with error detection Existing errors Err1 / 2 / 3 can be resolved automatically by selecting the corrective function, this eliminates the need for re-wiring. Example: Err 2 - current transformer connection of phase 2 - Start the function test 3 sec.
  • Page 41 HTG410H Modbus energy meters 7.2 Modbus sub-meters Structure of the Programming menu 7.2.1.1 Access to the programming mode 7.2.1 Commissioning of the ECR140D meter Main menu in case of Modbus < 1 sec In this example, Main Page Active Imported Energy (kWh -->) Active Exported Energy (kWh <--)
  • Page 42 HTG410H Modbus energy meters 7.2.1.2 Adress modification procedure The Modbus address can be selected between 1 and 247, > 3 sec the M-Bus Primary Address between 1 and 250. In the following example, its value is modified from 49 to 131. The 1st digit starts blinking <1 sec •...
  • Page 43 Page scrolling is re-enabled. Modbus RTU Communication Recommendations: Use HTG485H reference cable specially developed as accessory by Hager. Important: It is essential to connect a resistance (reference SMC120R) of 120 Ohms at the 2 ends of the connection.
  • Page 44 HTG410H Modbus energy meters 7.2.2 Commissioning of the ECR180X, ECR3XXX / ECA180X, Commands ECA3XXX meters OK button: is used to confirm a modification of a parameter (or of a digit of a numerical parameter) or to answer to a question. SCROLL button: is used to scroll Menu pages or to modify the whole value or a digit of a parameter ESCAPE button: is used to escape to main menu from...
  • Page 45 Push OK button to access to the Configuration Modbus RTU Communication Recommendations: Use HTGxxxH reference cables specially developed as accessories by Hager. Important: It is essential to connect a resistance (reference HTG467H) of 120 Ohms at the 2 ends of the connection. agardio system: The plug-in and services for ECA300C are directly integrated in agardio manager HTG41xH.
  • Page 46 HTG410H Modbus energy meters 7.2.3 Commissioning the EC366 / EC367M 1 3 5 7 reset LCD display Button for value scrolling reset Program access menu / Reset button to reset partial meter (function not available for the EC 367M, MID) Metrological LED (2 Wh/impulse).
  • Page 47 HTG410H Modbus energy meters 7.2.3.1 Access to programming mode 7.2.3.3 Setting the transfer rate Press button C "Prog" shortly to access configuration mode Scroll with button B to select the transfer rate Example: bd = 19200 PROG x1 (9600 bauds) (Press button B for the selection Auto mode, not recommended at x2 (19600 bauds) the commissioning), Otherwise press again the button C "Prog"...
  • Page 48 HTG410H Modbus energy meters 7.2.3.5 Setting communication stop bit Scroll with button B to select stop 1 or 2 Example: Stop = 2 x1 (STOP 2) x2 (STOP 1) 7.2.3.6 Quit and save programming Press button C "Prog" for at least 5 seconds PROG x1 (5s) Warning...
  • Page 49 HTG410H Modbus energy meters 7.2.4 Commissioning the EC376 9 11 13 reset prog Button for value scrolling Button for access to programm menu reset reset Button for resetiing the daily meter Metering LED (0.1 Wh/pulse) 10 12 Programming menu structure CT value CT value Make sure that the different connections are properly connected...
  • Page 50 HTG410H Modbus energy meters 7.2.4.1 Access to programming mode Press button C "prog" for at least 5 seconds to access configuration mode. PROG X1 (5s) PROG X1 (5s) PROG X1 (5s) reset reset PROG X1 (5s) reset reset In configuration mode, press button C "prog" to open the subsequent menu.
  • Page 51 MENU SUIVANT PROG HTG410H reset Modbus energy meters 7.2.4.3 Setting the network type The power network type (1L+N, 2L, 3L, 3L+N) is displayed. CT value Press button B repeatedly to scroll the different values and select the network type. Example: 3L x1 (0125) x10 (0700) x19 (2500)
  • Page 52 CT value HTG410H Modbus energy meters x1 (0125) x10 (0700) x19 (2500) x2 (0150) x11 (0750) x20 (3000) x3 (0160) x12 (0800) x21 (4000) PROG 7.2.4.5 Selecting manual / automatic mode x4 (0200) x13 (1000) x22 (5000) Press button B repeatedly to scroll and select the manual mode x5 (0250) x14 (1200) x23 (6000)
  • Page 53 reset HTG410H Modbus energy meters CT value 7.2.4.7 Setting the transfer rate Scroll with button B to select the transfer rate Example: bd = 19200 x1 (0125) x10 (0700) x19 (2500) x2 (0150) x11 (0750) x20 (3000) x3 (0160) x12 (0800) x21 (4000) PROG x4 (0200)
  • Page 54 MENU SUIVANT PROG HTG410H Modbus energy meters reset 7.2.4.9 Setting communication stop bit Scroll with button B to select stop bit 1 or 2 CT value Example: StOP = 2 x1 (0125) x10 (0700) x19 (2500) x2 (0150) x11 (0750) x20 (3000) x3 (0160) x12 (0800)
  • Page 55 HTG410H Modbus energy meters 7.2.4.11 Function test for the electrical wiring connections The energy meter must be connected to the voltage supply and a load must be connected. This function can only be used if the power factor of the installation is between 0.6 and 1 and minimum current consumed on each phase = 20 % In.
  • Page 56 HTG410H Modbus energy meters 7.2.5 Commissioning the EC377M 9 11 13 prog Button for value scrolling Button for access to programm menu reset Metering LED (0.1 Wh/pulse) 10 12 Programming menu structure CT value CT value Make sure that the different connections are properly connected as below, before you switch on the device.
  • Page 57 HTG410H Modbus energy meters 7.2.5.1 Access to programming mode Press button C "prog" for at least 5 seconds to access configuration mode. PROG X1 (5s) 3 mm In configuration mode, press button C "prog" to open the subsequent menu. 7.2.5.2 Setting the current transformer Scroll with button B to select the primary current transformer value (50/3000A) Example: CT = 800...
  • Page 58 HTG410H Modbus energy meters 7.2.5.3 Setting the network type The power network type (1L+N, 2L, 3L, 3L+N) is displayed. Press button B repeatedly to scroll the different values and select the network type. Example: 3L X1 ( 1Ln ) X2 ( 2L ) PROG X3 ( 3L ) X4 ( 3Ln )
  • Page 59 HTG410H Modbus energy meters 7.2.5.5 Selecting manual / automatic mode Press button B repeatedly to scroll and select the manual mode x1 (Auto) PROG x2 (Manu) Validate and continue with button C "Prog" PROG MENU 7.2.5.6 Communication address Scroll with button B to select the address Example: Addr = 012 x1 (002) x11 (012)
  • Page 60 HTG410H Modbus energy meters 7.2.5.7 Setting the transfer rate Scroll with button B to select the transfer rate Example: bd = 19200 x1 (9600 bauds) x2 (19600 bauds) x3 (38400 bauds) x4 (4800 bauds) PROG Validate and continue with button C "Prog" PROG MENU 7.2.5.8 Setting the communication parity...
  • Page 61 HTG410H Modbus energy meters 7.2.5.9 Setting the communication stop bit Scroll with button B to select stop bit 1 or 2 Example: STOP = 2 x1 (STOP 2) x2 (STOP 1) PROG 7.2.5.10 Quit and save programming Press button C "Prog" for at least 5 seconds PROG x1 (5s) MENU...
  • Page 62 HTG410H Electrical pulses concentrator 7.3 Electrical pulses concentrator EC700 7.3.1 Commissioning the EC700 14 16 20 22 14 16 20 22 Output Aux supply Output Aux supply MENU MENU PROG PROG Vout RS485 • Vout RS485 13 15 17 • 13 15 17 R=120Ω...
  • Page 63 HTG410H Electrical pulses concentrator 14 16 20 22 14 16 20 22 Output Output Aux supply Aux supply 7.3.3 Access to JBus/Modbus menu 7.3.3.3 Communication address Scroll with button to select the JBus/Modbus menu, and MENU MENU Scroll with the 4 buttons to select the address (2-247), and validate with button "OK"...
  • Page 64 HTG410H Electrical pulses concentrator 14 16 20 22 Output Aux supply 7.3.3.5 Setting the transfer rate MENU Scroll with the buttons to select the transfer rate 9600-19200- 38400 bauds, validate with button "OK" PROG Vout RS485 MENU • Com JBUS 13 15 17 Baudrate:9600 R=120Ω...
  • Page 65 HTG410H Communication Module 7.4 Commissioning of the Communication Module HTC3x0H for MCCB h3+ Energy The Communication Module of the HTC3x0H series allows you to communicate all data recorded by the MCCB h3+ Energy to a compatible data collection system Modbus RTU. It is especially indicated to interface with agardio.manager HTG411H.
  • Page 66 HTG410H Communication Module 7.4.1 Setting of communication module The Modbus parameters are adjustable on the front panel by rotary switches: • Modbus address from 1 to 99 • Parity • Speed in BAUD The Modbus communication module integrate a 120 Ω resistor to integrate a termination impedance into the Modbus chain.
  • Page 67 HTG410H Power Factor Correction Controller SPC06HM 7.5 Power Factor Correction Controller SPC06HM Modbus connection: Terminal 91: A (-) Terminal 92: B (+) The PFC controller is composed of 2 parts, the display which is Terminal 90: Common (not Ground) flush mounting on the cabinet door, and the main casing which is a rail mounting product.
  • Page 68 HTG410H Power Factor Correction Controller SPC06HM 7.5.2 Programming menu structure Main CT I primary I secondary Phase I Transformer Induced CT F1 Back F1 Back F2 Main CT Ie primary F3 Induced CT Ie secondary F4 Voltage transormer Mode Commissioning Target cosine Voltage transformer F1 Back...
  • Page 69 HTG410H Power Factor Correction Controller SPC06HM Discharge time / detuning Special outputs Discharge time Detuning Alarm relay Setting per stage Discharge time / detuning Operating cycles Discharge time Operating cycles Detuning 1 Number of overtemp. Detuning 2 switch-offs Reset Discharge time System type Discharge time System type...
  • Page 70 HTG410H Power Factor Correction Controller SPC06HM 7.5.3 Access to main menu “Extra” 7.5.5 Access to sub menu “Modules / display” touch F2 SPC06HM SPC06HM POWER FACTOR CORRECTION POWER FACTOR CORRECTION cos U/I Extra cos U/I Extra 2 3 4 2 3 4 Ó...
  • Page 71 HTG410H Power Factor Correction Controller SPC06HM 7.5.7 To select Modbus touch F4 “EDIT” After rebooting, the controller displays the sub menu “Commissioning”. To come back to the Modbus programming, press successively, touch F1, F3, F2, F3. SPC06HM POWER FACTOR CORRECTION SPC06HM cos U/I Extra...
  • Page 72 HTG410H Power Factor Correction Controller SPC06HM 7.5.9 To enter in the Modbus settings touch F4 “EDIT” 7.5.10 Setting the communication address Touch F3 ( ) select the first, second or third digit, and with F4 ( ® increase to the desired value, than go to the line 2 (Para.) with the touch F2 ( ¯...
  • Page 73 HTG410H Power Factor Correction Controller SPC06HM Validate with F3 “YES” SPC06HM POWER FACTOR CORRECTION cos U/I Extra 2 3 4 ModBus settings Addr. ModB Para n 9.6 Mode ¯ The controller saves the changes and reboots the system. Note: during this operation, the connected capacitor stages are switch-off and reconnected automatically.
  • Page 74 HTG410H Air Circuit Breaker 7.6 Air Circuit Breaker 7.6.2 A.C.B display panel The Modbus communication is an option available on the Over Current Release type AGR-21, 22 and 31. MONI IVP H SETUP DEMAND INST RESET 7.6.1 Commissioning the A.C.B SET1 Make sure that the power supply and the different connections SET2...
  • Page 75 HTG410H Air Circuit Breaker 7.6.3 Access and programming menu structure MONI INST Press 2x menu button SETUP -more- Press 2x down key on the cross button SETUP SETUP SETUP       -more- -more- -more- 7.6.4 Access to communication address The address must be selected between 01 and 31, (preferably not 01).
  • Page 76 HTG410H Air Circuit Breaker 7.6.5 Setting the transfer rate Press the right key to select the transmission rate display.  SETUP -more- Press “ENT” to access to the different values, scroll with select the chosen transfer rate (4.8-9.6-19.2kBds), press “ENT”. "SURE"...
  • Page 77 HTG410H Automatic Transfer Switch HIC4xxE 7.7 Automatic Transfer Switch HIC4xxE Warning 7.7.1 Commissioning the HIC4xxE Make sure that the power supply and the different connections Connect the modules with the power off. Ensure that the (power and command) are properly connected before you switch on option fixing bolts are tightened correctly.
  • Page 78 HTG410H Automatic Transfer Switch HIC4xxE 7.7.2 Programming mode Programming access is possible in automatic or manual mode, when the product is in a stable position (I, 0 or II) with at least one supply source available. Programming is not accessible whilst any cycle sequence is running. Navigation in the programming menu - To enter the programming menu press and hold the validation key until "SETUP"...
  • Page 79 NETWORK 4NBL OV. U 115% OV. F 105% OV.P 0000 kVA 0003 SEC IN 1 HTG410H AUTOCONF OV. U HYS I 110% OV. F HYS 103% OV.P HYS I 0000 kVA 0180 SEC IN 2 Automatic Transfer Switch HIC4xxE NEUTRAL AUTO UND.
  • Page 80 HTG410H Accessories 8. Accessories Setup Modbus RS485 8.1 Micro SD card store reference HTG450H, suitable for indust- rial applications The µSD card is used to store information (configuration and data). Without the µSD card inserted, the energy server does not start. Warning In case of replacement, the energy server must be switch off, before the µSD card extracting.
  • Page 81 HTG410H Accessories 8.2 USB / Ethernet cable reference HTG457H The HTG457H is an USB to RJ45 Ethernet interface, especially suitable for local connection with the HTG410H using a computer. It allows direct connection on the front panel, avoiding any dismantling of box or cabinet. The USB port acts as an ‘Ethernet over USB’.
  • Page 82 HTG410H Accessories 8.3 USB / Wifi interface reference HTG460H The HTG460H is an USB to WiFi interface, especially suitable for the connection without wire with the HTG410H. It allows direct connection on the front panel, avoiding any dismantling of box or cabinet. This is the easiest mean to connect a computer or tablet. Implementation Ensure that the Ethernet network installation is not connected on the port "Setup - Ethernet1", but on the Port "Ethernet 2".
  • Page 83 HTG410H Acronyms 9. Acronyms ACB: Air Circuit Breaker ASCII: American Standard Code for Information Interchange AWG: American Wire Gauge DHCP: Dynamic Host Configuration Protocol DNS: Domain Name System EIA/TIA: Electronic Industries Alliance – Telecommunications Industry Association EMC: Electro Magnetic Compatibility EMI: Electro Magnetic Interference IP: Internetwork Protocol MAC address: Media Access Control address...
  • Page 84 Hager Electro SAS 132 Boulevard de l'Europe 67210 OBERNAI CEDEX hager.com 09/2018 - 6LE002121B Hager Electro S.A.S., Boulevard d'Europe, B.P.3, 67215 OBERNAI CEDEX, France - www.hager.com 01/2016 - 6LE002121A...

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