Metz eta plus ELC X-Series eta plus ELC X4-40 Technical Documentation Manual Download Page 50

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Technical Data

page 46

ELC X-Series-V1.3-09.16-GB

subject to technical alterations

Control characteristics

Type

ELC X4-40

ELC X4B-40

Current requirement of 24V-
supply (X805.5)

2.2A max. for ELC control circuitry

Output currents of X806 Pins 5 + 6 have to be added

Baud rate

PROFIBUS: 500kBit

MODBUS: Baud rate 19200, 8 Databits, Even parity, 1 Start/Stop Bit

Ambient conditions

Type

ELC X4-40

ELC X4B-40

Humidity

Max. 85%, non-condensing

Max. 95%

Ambient operation temperature

5°C to +45°C

5°C to +55°C

Ambient storage temperature

-20°C to +70°C during storage and transportation, before initial operation

leave at least 4 hrs at room temperature

Maximum storage period

2 years (also see chapter 4.2)

Air flow

max. 200 m³ / h at T

>35°C

Typ. 100 m³ / h

Altitude of site

Max. 4000m NN

Up to 2000m NN without derating

2000m NN to 4000m NN: 1.5% / 100m power reduction effected by

ELC-control (example: X4 = 2800 W at 4000m NN)

Certification

Type

ELC X4-40

ELC X4B-40

Protection

pending

EMC

pending

Safety

pending

Marine approvals

- -

on request

Summary of Contents for eta plus ELC X-Series eta plus ELC X4-40

Page 1: ... e mail info eta uv de Eingetragen unter HRB 724321 AG Stuttgart USt Id Nr DE 146267800 Geschäftsführer Dr Peter Schwarz Kiene our name is our principle eta plus electronic gmbh Lauterstraße 29 72622 Nürtingen Telefon 49 7022 6002 80 Fax 49 7022 65854 E mail info eta uv de www eta uv de Eingetragen unter HRB 724321 AG Stuttgart USt Id Nr DE 146267800 Geschäftsleitung Uwe Uhlemann Dr Markus Roth ...

Page 2: ...ELC X Series V1 3 09 16 GB subject to technical alterations ELC Electronic Lamp Control is a registered trademark of IST Metz GmbH ...

Page 3: ... power connections X12 11 3 2 7 Overview power connections X24 12 3 2 8 X100 Mains connection 13 3 2 9 X600 Connecting the lamp feeder cable 14 3 2 10 Overview of control and bus connections 15 3 2 11 X1 X2 PROFIBUS 16 3 2 12 X3 PROFIBUS T coupler 17 3 2 13 X805 and X806 Control cables 18 3 2 14 X808 X300 Service interface 20 3 3 Comments on the safety functions of the ELC 22 3 3 1 Safety relay 22...

Page 4: ...the lamp 34 5 Monitoring warning error repair 35 5 1 Mains voltage monitoring 35 5 2 Earth fault control 35 5 3 Warning messages 37 5 4 Error 39 5 4 1 Error messages 39 5 4 2 Display messages and trouble shooting 41 5 4 3 Resetting the error register 43 5 5 Repair ELC 43 6 Technical Data 44 6 1 ELC X4 X4B 44 6 2 ELC X6 X6B X6i 47 6 3 ELC X8 X8B X8 extended range 50 6 4 ELC X12 X12i X12B 53 6 5 ELC...

Page 5: ...tly observed Information This symbol indicates key information on use Non observance can lead to failure 1 2 Safety advice The ELC must be installed and connected in compliance with existing regulations and practices This is e g EN 60204 1 in Europe Repairs on the ELC may only be carried out by the manufacturer The installation and starting up may only be carried out by skilled electricians Do not...

Page 6: ... current through the interference suppression capacitors demands as per EN 50178 the use of a second protective earth conductor in parallel to the first one The cross section of each earth conductor corresponds at least to the cross section of an outer conductor 1 3 Correct operation The ELC is conceived as an electronic ballast exclusively for the operation of lamps approved for this ELC type Any...

Page 7: ...ed and adjusted as appropriate Power control The ELC offers a high level of lamp power constancy due to its integrated power control Variations in operating voltage of 400 480V 10 do not affect lamp power Between 310 360V a reduction of output power according to chapter 6 has to be taken into account Ignition device When the lamp is switched on the ELC initiates trigger pulses to fire the lamp a s...

Page 8: ...ng Air ducts and optional filters must be designed to allow the air flow described in chapter 6 The ambient temperature must not exceed the values described in chapter 6 The ambient temperature is measured by the ELC and will be stored within the internal error memory 3 1 1 Mounting of single ELC The side surfaces of the housing contain 2 T slots each which are suitable for sliding blocks 6mm groo...

Page 9: ...lterations Fig 2 Mounting of the ELC horizontal orientation 3 1 2 Mounting in a stack Up to 12 ELC may be mounted on top of each other To fasten the ballasts onto each other a custom built connector has to be used available as accessories Fig 3 Connector for stack mounting ...

Page 10: ...has to be removed Loosen the screwing 6 x TX20 screw and detach the front hood The following paragraphs describe the electrical connections 3 2 1 Ballast types X4 X8 Fig 4 Overview of electrical connections X4 X8 Cable gasket Place the cables into the rubber surrounds and fix them onto the clamp with cable straps Cable gasket X100 X600 X2 X1 X3 X805 X806 ...

Page 11: ...e eta ID Cable length gasket to connector Plug contact 7 5mm 5 X3 Bus out T coupler 3 9546 120mm blank wire or ferrule 9 3mm 5 X600 1 3 Lamp output 3 9532 155mm blank wire or ferrule 4 9mm 5 X600 2 PE 5 2mm 5 X806 Control 7 9535 130mm ferrule 7 5mm 5 X1 Bus in 4 9545 120mm blank wire or ferrule 6 7mm 5 X805 Control 11 9536 130mm ferrule 7 5mm 5 X2 Bus out 4 9545 120mm blank wire or ferrule 12 2mm ...

Page 12: ... plug is accidentally tilted and not completely locked at least one PE cable will have contact Furthermore the required cross section of 10mm or more has to be realized with two PE lines because of the plug type Cut Out and loop impedance The installation of an automatic cut out is required for line protection It is necessary to check the loop impedance afterwards Using an RCD if an RCD is require...

Page 13: ...echnical alterations 3 2 4 Ballast types X12 X24 Fig 6 Overview of electrical connections X4 X8 Cable gasket Place the cables into the rubber surrounds and fix them onto the clamp with cable straps Mains connection Control connections Lamp connection Cable gasket ...

Page 14: ...pe eta ID Cable length gasket to connector Plug contact 7 5mm 5 X3 Bus out T coupler 3 9546 120mm blank wire or ferrule 9 3mm 5 X600 1 3 Lamp output 3 9532 155mm blank wire or ferrule 4 9mm 5 X600 2 PE 5 2mm 5 X806 Control 7 9535 130mm ferrule 7 5mm 5 X1 Bus in 4 9545 120mm blank wire or ferrule 6 7mm 5 X805 Control 11 9536 130mm ferrule 7 5mm 5 X2 Bus out 4 9545 120mm blank wire or ferrule 12 2mm...

Page 15: ...L2 2nd ballast L2 L3 3rd ballast L3 L1 etc Cut Out and loop impedance The installation of an automatic cut out is required for line protection It is necessary to check the loop impedance afterwards Using an RCD if an RCD is required we recommend an RCD type B When using a RCD consider the leakage current given in chapter 6 Shielding The lamp feeder cable shielding must be connected to the ELC at t...

Page 16: ...er supply and one PE line on X100 and additionally to all bus control and lamp cables Voltage balancing on installing several ELCs the ballasts have to be equally distributed on all phases e g 1st ballast L1 L2 2nd ballast L2 L3 3rd ballast L3 L1 etc Cut Out and loop impedance The installation of an automatic cut out is required for line protection It is necessary to check the loop impedance after...

Page 17: ...apter 3 2 9 If desired the shielding can also be connected to the lamp unit 3 2 8 X100 Mains connection X4 X8 Fix the mains connection cables within the cable holder beneath the heat sink with cable straps X12 X24 Fix the mains connection cables onto the cable holder with cable straps as shown in the picture above Pay attention not to pinch the cables when closing the front hood L1 PE L2 PE ...

Page 18: ...ctor in order to earth the lamp housing If the lamp housing is earthed otherwise the pin has to be left open X12 X24 connections on main board The shield clamp is provided for the shield of the lamp feeder cable For this cable the cable strap is not necessary The lamp feeder cable between the switch cabinet and lamp assembly must be laid in a protected way For the correct installation of the lamp ...

Page 19: ... connector positions are shown in Fig 9 or Fig 10 and will be explained in the following tables Fig 9 Control and bus connections X4 X8 Fig 10 Control and bus connections X12 X24 X300 Service USB X1 X2 PROFIBUS X122 int connection X604 int connection X123 int connection X605 int connection X805 Control cable X102 not in use X806 Control cable X3 PROFIBUS T coupler X104 Service PFC X1 X2 PROFIBUS X...

Page 20: ...shrunk on sleeve The PROFIBUS contacts of X1 and X2 are internally connected According to requirements apply a terminator in compliance with PROFIBUS Norm IEC 61158 Pin assignment X1 X2 Designation X1 X2 Description technical BUS GND X1 1 X2 1 GND isolated for PROFIBUS Shield connection PROFIBUS BUS A X1 2 X2 2 Data line PROFIBUS A Bus signal A BUS B X1 3 X2 3 Data line PROFIBUS B Bus signal B BUS...

Page 21: ...signal A BUS B X3 3 Data line PROFIBUS B Bus signal B The T coupler connection may be used as a PROFIBUS repeater Via the T coupler see Fig 12 the PROFIBUS data lines A and B as well as their reference ground may be applied galvanically isolated to another slave device The T coupler already contains a termination according to Fig 11 Solely a bitrate of 500kbit is applicable If the T coupler connec...

Page 22: ...ax 1A 24V DC Safety Relay IN X806 2 Control signal input safety relay 24V DC Control signal 24V DC 10 35mA for the safety relay in reference to X806 7 GND Init Signal IN X806 3 Input initialisation signal for safety shutdown 24Vext 24V DC 10 external supply in reference to X806 7 GND Shield X806 4 Continuous contact connected to X805 4 usable for shield of the control cable max 1A 24V 24V_OUT X806...

Page 23: ... Shield X805 4 Continuous contact connected to X806 4 usable for shield of the control cable max 1A 24V 24V_IN X805 5 Connection for external supply voltage connected to X806 5 24V DC 10 current consumption of the ELC control circuitry see chapter 6 24V_GND X805 6 Common GND connected to X806 7 GND not connected X805 7 Not connected UV Select NO 2 X805 8 Feedback contact 2 UV select Normally open ...

Page 24: ... Control of the PROFIBUS output data cp paragraph 3 4 Bit 6 closes UV Select Bit 7 closes UV Ready Use if required not essential for operating the ELC PROFIBUS output data Master ELC Byte Nr 0 1 2 3 4 5 Name Power Set Value Installed Lamp Power Lamp Control Reserved Bit 7 6 5 4 3 2 1 0 Name UV Ready UV Select n a Extended Range n a n a Clear Error Start Lamp 3 2 14 X808 X300 Service interface For ...

Page 25: ...3 Installation page 21 ELC X Series V1 3 09 16 GB subject to technical alterations Fig 13 Circuit diagram of the control connectors X805 and X806 ...

Page 26: ...s Safety NC1 Safety NC2 A second safety shutdown may be realized with the input Init Signal IN Here the cut off of the output voltage is based on software The status of both safety circuits may be read out by PROFIBUS However they can not be deactivated via software It is therefore necessary to apply 24V to both inputs Safety Relay IN and Init Signal IN If the safety fuctions are not used it is po...

Page 27: ...V0 Slave the installation control functions as the Master For configuration control and monitoring of the ELC 16 input registers Master receiving data from ELC were implemented as well as 6 output registers Master sending data to ELC For registers overlapping more than one byte the byte order was determined according to Big Endian The ELC software is capable of supporting a baud rate according to ...

Page 28: ...ted bus address default value 01hex To increment the address the SET button is used Hold 5sec Press 2sec Hold 2sec Press 2sec Hold 2sec If the SET button is pressed longer than 5 seconds the menu item to set the high nibble will be entered Alongside the hexadecimal value the decimal value is displayed To increment the high nibble press the SET button briefly 2sec once per step As soon as the desir...

Page 29: ... operation no PROFIBUS connection Check plug contact bus termination see paragraph 3 2 11 check address and panel programming If there is more than one error message at hand briefly press the SET button to jump to the next error message ELC not ready for operation PROFIBUS connection ok The error cause detected by the ELC is displayed and may be read out additionally in the Error Register see para...

Page 30: ...wing the dimming range of X6 for the dimming range of other power classes see chapter 6 The ELC s nominal power is written into the register ELC Nominal Power of the PROFIBUS input data PROFIBUS input data ELC Master Byte No 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 Name ELC Serial Number Software Version ELC Nominal Power Error Register Warning Register Lamp Status Actual Power Actual Voltage Actual ...

Page 31: ...imming range of X6 for the dimming range of other power classes see chapter 6 The control characteristic of Fig 14 comes into effect if the register Installed Lamp Power is not set below minimum dimming range given in of ELC nominal power in chapter 6 above ELC nominal power Sollleistungs vorgabe Power Set Value Lamp power Installed Lamp Power ELC nominal power 14 ELC nominal power 14 ELC nominal ...

Page 32: ...r Error Start Lamp If the Extended Range Bit in Register Lamp Control is set to 1 extended functions are activated Type Max ambient temperature for lamp operation Max possible output power mains voltage 400V Note ELC X6 55 C 6kW Note that with ELC X6 no operation beyond 6kW is enabled ELC X8 55 C 8 8kW To keep the internal temperatures on a constant level the maximum output power Pmax is decreased...

Page 33: ...igh power operation is needed 300V 320V 340V 360V 380V 400V 420V 440V 460V 480V 500V 520V 540V 6 4 kW 7 2 kW 8 0 kW 8 8 kW 10 380 V 20 max 1 5sec 20 10 10 400 V 20 20 10 10 440 V 20 20 10 10 480 V 20 10 45 C 55 C max lamp power mains voltage X8 Mains voltage dependant power reduction 20 W V Max 1 5 seconds Under developement 5 6 kW 4 8 kW 4 0 kW 55 C X6 Mains voltage dependant power reduction 18 W...

Page 34: ...ial Number Software Version ELC Nominal Power Error Register Warning Register Lamp Status Actual Power Actual Voltage Actual Current Reserved Byte 2 Byte 1 Byte 0 7 6 5 4 3 2 1 0 7 6 5 4 3 2 1 0 7 6 5 4 3 2 1 0 ELC Serial Number is indicated by the first three registers The exact division of the bits into year month and consecutive number is defined by the brackets Example 01F30516 stands for cons...

Page 35: ... initial operation after long time storage If the ELC was in storage or not connected to mains voltage longer than the maximum storage period given in chapter 6 elevated leakage currents may arise on the electrolytic capacitors which could damage the ELC in the worst case Preventive measure Reform the electrolytic capacitors with limited current max 30mA before initial operation Slowly increase ma...

Page 36: ...n register Lamp Control to 1 n a not available These bits are reserved for future applications After switching on the ELC take account of the charge time given in chapter 6 before starting the lamp In case of an error the ELC will not try to ignite the lamp After eliminating the error the Error Register has to be cleared additionally see paragraph 5 4 As long as the safety circuits are not activat...

Page 37: ...Lamp On Bits in use in register Lamp Status Bit 2 Lamp Ignition during the ignition phase of the lamp the ignition bit is set value 1 otherwise 0 Bit 1 Run Up during warm up of the lamp the run up bit is set value 1 otherwise 0 Bit 0 Lamp On as soon as the lamp has reached the required power and lamp voltage is in a steady state the lamp on bit will be set value 1 otherwise 0 Further operation dat...

Page 38: ...ll automatically be increased by the ELC to the minimum dimming range The warm up time from standby operation to nominal operation depends on the lamp s ambient conditions If cooling is too intensive during dimming operation the acceleration time is prolonged 4 6 Switching off the lamp The lamp is switched off by setting the Start Lamp bit to 0 in register Lamp Control In order to avoid heat accum...

Page 39: ...f paragraph 3 3 which prevent danger to the operator the earth fault control of the ELC lamp circuit represents another monitoring function Lamp R_error Error Register PROFIBUS connection Earth Fault Bit Fig 17 Earth fault monitoring An earth fault occurs when the insulation resistance R_error see Fig 17 drops below approx 200 kOhm The ELC will shut down the lamp automatically in case of an earth ...

Page 40: ...l Voltage Actual Current Reserved Byte 6 Bit 15 14 13 12 11 10 9 8 Name n a n a Lamp Power Low Supply ZVS Earth Leakage Fault Measurement Overcurrent Byte 7 Bit 7 6 5 4 3 2 1 0 Name Lamp Voltage High Over voltage Bus Connection Error Internal ELC Temperature High Fan Error Mains Voltage Low DC Link Undervoltage In order to avoid an unwanted reaction of the earth fault control during faultless oper...

Page 41: ...p Long Lamp Voltage Low Bit 0 The Lamp Voltage Low bit is set if the actual lamp voltage is lower than the threshold voltage given in chapter 6 A possible reason is a strong lamp cooling especially in dimming operation This could cause a long run up time to regain the nominal power Please consider that the ELC cannot distinguish lamps of different nominal voltages If the ELC is used on purpose to ...

Page 42: ...and the safety relay has been closed Bit 5 If the ELC cannot ignite the lamp the Lamp Ignition Failed bit will be set and remains in this status as long as Start Lamp 1 in Lamp Control The Lamp Ignition Failed bit is reset as soon as Start Lamp in Lamp Control is reset Bit 7 The Init Signal Ok bit reflects the status of the Init Signal Pin X806 3 of the initialisation signal see paragraph 3 3 2 In...

Page 43: ...anIntern Slave Lamp Power Low Supply ZVS Earth Leakage Fault Measure ment Overcurrent Byte 7 Bit 7 6 5 4 3 2 1 0 Name Lamp Voltage High Over voltage Bus Connection Error Internal ELC Temperature High Fan Error Mains Voltage Low DC Link Undervoltage Bit 0 DC Link Undervoltage is set if the internal DC Link Voltage is too low Possible reasons are low mains voltage blown internal fuses or other defec...

Page 44: ...case of problems with the internal measurement circuits Bit 10 The Earth Leakage Fault is set if a leakage current to ground on Rerror see paragraph 5 2 is detected Bit 11 ZVS gives notice if the power switches are not working in zero voltage switching mode Higher switching losses might shorten the ELC lifetime Bit 12 Supply indicates problems of internal low voltage supply Apart from internal dam...

Page 45: ...or contact X6CA failure internal communication fails Send back for repair by manufacturer Overvoltage Error Bit 6 0x0040 the lamp voltage exceeds nominal ignition voltage during ignition or operation Check lamp wiring concerning insulation defects Lamp Voltage High Error Bit 7 0x0080 actual lamp voltage exceeds a threshold critical for the ELC Check lamp type and lamp connectors sockets switch lam...

Page 46: ...nternal wiring No Profibus Profibus connection is not detected Check termination and connector No Modbus Modbus connection is not detected Check termination and connector Profibus ok Profibus connection is detected Modbus ok Modbus connection is detected Serial nnnnnnnn ELC serial number is displayed SW Version nnnnnnnn ELC software version is displayed A blown fuse is only to be exchanged by the ...

Page 47: ...Control Register check e g via the Error Register if error eliminated all error bits are 0 again and after an ELC internal synchronisation time of additional 15 ms the Clear Error bit has to be reset to 0 PROFIBUS output data Master ELC Byte Nr 0 1 2 3 4 5 Name Power Set Value Installed Lamp Power Lamp Control Reserved Bit 7 6 5 4 3 2 1 0 Name n a n a n a n a n a n a Clear Error Start Lamp 5 5 Rep...

Page 48: ...t power reduction in case of low mains voltage from approx 360V 320V 13 W V from approx 400V 320V 13 W V 55 C Abs max mains voltage 528V 528V Leakage current typ 10mA typ 10mA Insulation resistance between primary and PE 30 MΩ 30 MΩ Discharching time of residual voltage after mains disconnection 5 mins 5 mins Charge time minimum time between switch on of the ELC and starting the lamp 12 s 12 s Lin...

Page 49: ... 1 4kV 2x2 5 mm Ø 9 3 mm UL AWM Style 21179 2 40 m 2 40 m Article no 8044 U0 U 0 6 1kV 2x2 5 mm Ø 9 8 mm GL approved 2 40 m 2 40 m Article no 8045 U0 U 1 8 3kV 2x4mm OD Ø 16 9mm GL approved on request on request The data refers to the distance between ELC and lamp This cable cannot be connected directly to the ELC due to the diameter Mechanical characteristics Type ELC X4 40 ELC X4B 40 Dimensions ...

Page 50: ...idity Max 85 non condensing Max 95 Ambient operation temperature 5 C to 45 C 5 C to 55 C Ambient storage temperature 20 C to 70 C during storage and transportation before initial operation leave at least 4 hrs at room temperature Maximum storage period 2 years also see chapter 4 2 Air flow max 200 m h at TA 35 C Typ 100 m h Altitude of site Max 4000m NN Up to 2000m NN without derating 2000m NN to ...

Page 51: ...ase of low mains voltage from approx 360V 320V 18 W V from approx 400V 320V 18 W V 55 C From approx 360V 320V 18 W V Abs max mains voltage 528V 528V 528V Leakage current typ 10mA typ 10mA typ 10mA Insulation resistance between primary and PE 30 MΩ 30 MΩ 30 MΩ Discharching time of residual voltage after mains disconnection 3 mins 3 mins 3 Min Charge time minimum time between switch on of the ELC an...

Page 52: ...mm UL AWM Style 21179 2 40 m 2 40 m 2 40 m Article no 8044 U0 U 0 6 1kV 2x2 5 mm Ø 9 8 mm GL approved 2 40 m 2 40 m 2 40 m Article no 8045 U0 U 1 8 3kV 2x4mm OD Ø 16 9mm GL approved on request on request on request The data refers to the distance between ELC and lamp This cable cannot be connected directly to the ELC due to the diameter Mechanical characteristics Type ELC X6 60 ELC X6B 60 ELC X6i ...

Page 53: ...ient operation temperature 5 C to 45 C 5 C to 55 C 5 C to 45 C Ambient storage temperature 20 C to 70 C during storage and transportation before initial operation leave at least 4 hrs at room temperature Maximum storage period 2 years also see chapter 4 2 Air flow max 200 m h at TA 35 C Typ 100 m h Altitude of site Max 4000m NN Up to 2000m NN without derating 2000m NN to 4000m NN 1 5 100m power re...

Page 54: ...ction in case of low mains voltage from approx 360V 320V 20 W V from approx 400V 320V 20 W V 55 C from approx 400V 320V 20 W V Abs max mains voltage 528V 528V 528V Leakage current typ 10mA typ 10mA typ 10mA Insulation resistance between primary and PE 30 MΩ 30 MΩ 30 MΩ Discharching time of residual voltage after mains disconnection 10 mins 10 mins 10 mins Charge time minimum time between switch on...

Page 55: ...UL AWM Style 21179 2 40 m 2 40 m 2 40 m Article no 8044 U0 U 0 6 1kV 2x2 5 mm Ø 9 8 mm GL approved 2 40 m 2 40 m 2 40 m Article no 8045 U0 U 1 8 3kV 2x4mm OD Ø 16 9mm GL approved on request on request on request The data refers to the distance between ELC and lamp This cable cannot be connected directly to the ELC due to the diameter Mechanical characteristics Type ELC X8 80 ELC X8B 80 ELC X8 80 e...

Page 56: ...n temperature 5 C to 45 C 5 C to 55 C 5 C to 45 C Ambient storage temperature 20 C to 70 C during storage and transportation before initial operation leave at least 4 hrs at room temperature Maximum storage period 2 years also see chapter 4 2 Air flow max 200 m h at TA 35 C Typ 100 m h Altitude of site Max 4000m NN Up to 2000m NN without derating 2000m NN to 4000m NN 1 5 100m power reduction effec...

Page 57: ...mains voltage shut down voltage 320V 320V 320V Output power reduction in case of low mains voltage from approx 360V 320V 25 W V from approx 360V 320V 25 W V from approx 360V 320V 25 W V Abs max mains voltage 528V 528V 528V Leakage current 12 5 mA 12 5 mA 12 5 mA Insulation resistance between primary and PE 30 MΩ 30 MΩ 30 MΩ Discharching time of residual voltage after mains disconnection 25min 25mi...

Page 58: ... 110 ELC X12B 110 Article no 8092 DIN VDE U0 U 0 8 1 4kV UL 1000V 2x2 5 mm Ø 9 3 mm UL AWM Style 21179 2 40 m 2 40 m 2 40 m Article no 8045 U0 U 1 8 3kV 2x4mm Ø 16 9mm GL approved on request on request on request The data refers to distance between ELC and lamp This cable cannot be connected directly to the ELC due to the diameter Mechanical characteristics Type ELC X12 110 ELC X12i 110 ELC X12B 1...

Page 59: ...2B 110 Humidity Max 85 non condensing Max 85 non condensing tbd Ambient operation temperature 5 C to 45 C 5 C to 45 C tbd Ambient storage temperature 20 C to 70 C during storage and transportation before initial operation leave at least 4 hrs at room temperature Maximum storage period 2 years also see chapter 4 2 Air flow max 200 m h at TA 35 C Typ 100 m h Altitude of site Max 4000m NN Up to 2000m...

Page 60: ... 50 60 Hz 50 60 Hz 50 60 Hz Min mains voltage shut down voltage 320V 320V 320V Output power reduction in case of low mains voltage from approx 360V 320V 50 W V from approx 360V 320V 50 W V from approx 360V 320V 50 W V Abs max mains voltage 528V 528V 528V Leakage current tbd tbd tbd Insulation resistance between primary and PE 30 MΩ 30 MΩ 30 MΩ Discharching time of residual voltage after mains disc...

Page 61: ...ot be connected directly to the ELC due to the diameter Mechanical characteristics Type ELC X24 210 ELC X24i 210 ELC X24B 210 Dimensions approx H x W x D 250 x 470 x 420 mm Weight approx 41 kg Installation position horizontal as described in 3 1 Control characteristics Type ELC X24 210 ELC X24i 210 ELC X24B 210 Current requirement of 24V supply X805 5 4 4A max for ELC control circuitry Output curr...

Page 62: ...e at least 4 hrs at room temperature Maximum storage period 2 years also see chapter 4 2 Air flow max 200 m h at TA 35 C Typ 100 m h Altitude of site Max 4000m NN Up to 2000m NN without derating 2000m NN to 4000m NN 1 5 100m power reduction effected by ELC control example X8 80 5600 W at 4000m NN Certification Type ELC X24 210 ELC X24i 210 ELC X24B 210 Protection IP 54 Protection of front fan IP x...

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Summary of Contents for eta plus ELC X-Series eta plus ELC X4-40

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Summary of Contents for eta plus ELC X-Series eta plus ELC X4-40

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