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Technical Data 

page 31 

ELC N12-N32_NE12-NE32_NE12D-NE32D-V1.0-03.17-GB 

 

Subject to technical alterations 

Lamp feeder cable: approved types and lengths 

 

The use of cable types which have not been approved by the manufacturer can 
lead to malfunction. The possibility of damage to the electronic ballast cannot be 
excluded. 

 

Article 

no. 

Type ELC 

N12-400-110 

N16-400-140

 

N22-400-110

 

N32-400-140

 

8067 

Lamp feeder cable 4 kV 

2x2,5 mm², Ø 13,5 mm 

- 

- 

5-40 m 

5-30 m 

8068 

Lamp feeder cable 1,6 kV 

2x2,5 mm², Ø 10,5 mm 

5-30 m 

5-35 m 

- 

- 

The data refers to distance between and lamp. 

 

 

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Summary of Contents for ELC N12

Page 1: ...1 D 72604 N rtingen e mail info eta uv de Eingetragen unter HRB 724321 AG Stuttgart USt Id Nr DE 146267800 Gesch ftsf hrer Dr Peter Schwarz Kiene our name is our principle eta plus electronic gmbh Lau...

Page 2: ...ELC N12 N32_NE12 NE32_NE12D NE32D V1 0 03 17 GB Subject to technical alterations ELC Electronic Lamp Control is a registered trademark of IST Metz GmbH...

Page 3: ...N22 N32 NE22 NE32 NE22D NE32D 9 3 2 Connection 11 3 3 Control current connections 16 3 3 1 Series N12 N32 and NE12 NE32 16 3 3 2 Series NE12D NE32D 16 3 4 Explanations of the control functions for ELC...

Page 4: ...Subject to technical alterations 6 Technical Data 25 6 1 General data ELC 25 6 2 Type specific data NE12D NE16D NE22D NE32D nominal values 26 6 3 Type specific data NE12 NE16 NE22 NE32 nominal values...

Page 5: ...ing must be strictly 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 e...

Page 6: ...d response threshold or by means of an independent equipotential connection 1 3 Correct operation The ELC is an electrical unit intended to be installed in the switch cabinets of industrial high volta...

Page 7: ...e optimum lamp power can be determined 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...

Page 8: ...n must allow for the minimum spacing The ELC should not be mounted in the immediate proximity of sensitive electronic equipment An appropriate distance must be maintained to scatter field transformers...

Page 9: ...16D Vertical installation position Fig 1 Assembly of the ELC 12 16kW vertical installation position all dimensions in mm 501 mm min 150 540 mm 31 mm 31 mm 650 mm 200 mm Oben top min 150 261 mm 263 5 m...

Page 10: ...03 17 GB Subject to technical alterations Horizontal installation position Fig 2 Assembly of the ELC 12 16kW horizontal installation position all dimensions in mm Steckerleiste f r Steuersignale 501 m...

Page 11: ...n position Fig 3 Assembly of the ELC 22 32kW vertical installation position all dimensions in mm 501 mm min 150 540 mm 31 mm 31 mm 650 mm 200 mm Oben top min 150 261 mm control connector Lampenstecker...

Page 12: ...nical alterations Horizontal installation position Fig 4 Assembly of the ELC 22 32kW horizontal installation position all dimensions in mm 501 mm min 150 650 mm min 150 261 mm control connector Stecke...

Page 13: ...These appliances are implemented where the mains supply shows a low fault level or high supply impedance The lamp feeder cable shielding must be connected to the ELC To this end the connector has an E...

Page 14: ...e earthed wire must be at least 10 mm The three phases must be provided with an automatic cutout In order to avoid damaging the terminal pins please do not exceed the following torque N12 N16 NE12 NE1...

Page 15: ...ed in chapter 6 Components of the connector connector module hood crimp contacts EMC cable gland with plastic insert Preparing the lamp feeder cable Remove sheath Free metal braid and put over cable s...

Page 16: ...tween insulation and crimp barrel too large Bottom Stripped part of the wire too short because conductor is not visible through inspection hole Insert cable into the cable gland and bush casing Insert...

Page 17: ...rew the module into the hood casing The picture on the left shows the recommended orientation The lamp feeder cable between the switch cabinet and lamp assembly must be laid protected For the correct...

Page 18: ...ig 9 and Table 1 All control circuits must be earthed upon installation 3 3 2 Series NE12D NE32D The connector for the control connection is to be plugged into the plug strip marked Control Fig 8 The...

Page 19: ...impedance 13 k NE12D NE32D GND 16 17 control GND P Lamp 6 analogous output 0 10 V DC 1 mA Reference GND 1 V 1 kW appliance series up to 10 kW 1 V 4 kW appliance series above 12 kW GND 15 PL lamp outp...

Page 20: ...d and warms up at maximum current until the desired power is achieved see below We recommend warm up at maximum power After a short time approx 2 mins the full output has been reached and the lamp pow...

Page 21: ...ependent of the control voltage at SET VALUE E g Lamp warm up maximum power or Standby operation minimum power To this purpose the control inputs MAX and MIN respectively are set to High whereby the f...

Page 22: ...resistor R_error see Fig 11 the relay ES opens The error is only displayed the ELC does not switch off the lamp The error is also not stored by the ELC If an earth fault occurs during lamp operation...

Page 23: ...nted reaction of the earth fault control during faultless operation the isolation resistance of the lamp cables and all lamp connectors must be greater than 10 M If the release relay RELEASE see 3 4 1...

Page 24: ...lamp A HIGH signal is applied to the digital START control input to switch on the lamp If a HIGH signal has already been given to the digital START control input before the ELC is switched on then the...

Page 25: ...operated at minimum power but can be brought up to nominal power within a few seconds Standby operation is set as follows a HIGH signal at the digital MIN control input or 0 V control voltage at the...

Page 26: ...switched ON control input START at HIGH Switch OFF lamp Fault in ELC Contact manufacturer see chapter 5 1 Lamp does not fire after being switched on and the relay RELEASE opens Lamp is too hot Let lam...

Page 27: ...ELC installed by T 10 K Control range approx 20 100 Protection IP 20 Permissible pollution pollution severity 2 according to VDE 0110 Permissible humidity relative atmospheric humidity 80 non condensi...

Page 28: ...22 kg 22 kg ca 29 kg ca 37 kg Dimensions H x W x D approximately 650 x 261 x 263 5 mm approximately 650 x 261 x 484 mm Line protection 25 A 32 A 40 A 50 A 63 A Ambient temperature in operation 0 C to...

Page 29: ...have not been approved by the manufacturer can lead to malfunction The possibility of damage to the electronic ballast cannot be excluded Article no Type ELC NE12D 400 110 NE16D 400 140 NE22D 400 110...

Page 30: ...g 22 kg ca 29 kg ca 37 kg Dimensions H x W x D approximately 650 x 261 x 263 5 mm approximately 650 x 261 x 484 mm Line protection 25 A 32 A 40 A 50 A 63 A Ambient temperature in operation 0 C to 50 C...

Page 31: ...h have not been approved by the manufacturer can lead to malfunction The possibility of damage to the electronic ballast cannot be excluded Article no Type ELC NE12 400 110 NE16 400 140 NE22 400 110 N...

Page 32: ...kg Dimensions H x W x D approximately 650 x 261 x 263 5 mm approximately 650 x 261 x 484 mm Line protection 25 A 25 A 25 A 25 A Ambient temperature in operation 0 C to 50 C 0 C to 50 C 0 C to 50 C 0 C...

Page 33: ...ich have not been approved by the manufacturer can lead to malfunction The possibility of damage to the electronic ballast cannot be excluded Article no Type ELC N12 400 110 N16 400 140 N22 400 110 N3...

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