Solutions for UV Systems Electronic Ballasts Electronic...

ZED - Ziegler Electronic Devices GmbH - Ilmenauer Strasse 9 - D 987O4 Oehrenstock/GermanyPhone: ++49 (O) 3677 2O 59 259 - Fax: ++49 (O) 3677 2O 59 26O - url: www.z-e-d.com - E-Mail: [email protected]

- 1 -09/2006

ZED - ZIEGLER ELECTRONIC DEVICES GMBH

Solutions for UV Systems 2 Electronic Ballasts for Low Pressure Lamps and Amalgam Lamps 2

Measurement Technique - Monitors and Sensors 4 Digital Operation System - a Bus System for UV Facilities 5

Electronic Ballasts 6 Recommended Lamp-Ballast Combinations 6

Special Lamp-Ballast Combinations 8Electronic Ballasts (4pin-type) 9

EVG 11W...20W / 230V AC/ 115V AC/ 24V DC 9EVG 30...90W / 230V AC 10

EVG 100...200W / 230V AC 11EVG 200...400W / 230V AC 12

Electronic Ballasts as Plug-In Cards for Rack Mounting - R(S)-EVG 200...400W / 230V AC 13 Microprocessor Controlled Electronic Ballasts - P-EVG 200...900W / 230V AC 15

EVG 30...240W / 115V AC 16Single / Twin Electronic Ballasts for Amalgam Lamps - Special Design 18

UV-Compact MC 30...200W OS - with LCD and Integrated Hour Counter 20UV-Compact MC 30...200W - with LCD, Integrated Hour Counter and UV-Monitor 21

UV-Compact MCplus 200...350W - with LCD, Integrated Hour Counter and UV-Monitor 22 Electronic Ballasts (2pin-type) 23

EVG 11W...20W / 230V AC/ 115V AC/ 24V DC 23EVG 20...200W / 230V AC 24EVG 30...150W / 115V AC 26

Accessories for Electronic Ballasts 28Starting Component ESBS01-1/ESBS01 28

Measurement Technique - Monitors and Sensors 29UV-Monitors - Overview 29

Recommended Measurement Combinations of Sensors and Monitors 30UV-Monitor PRO 2 with Status Indication by LED 31

UV-Monitor PRO 3 with Relay Contacts and Status Indication by LED 31UV-Monitor PRO 5/ PRO 8 with Relay Contacts and Status Indication by LED 32

UV-Monitor PRO10.4 with Relay Contacts and Status Indication by LED and LCD 33Service Device and Service Software for UV-Monitor PRO10 34

UV-Monitor PRO11 with Relay Contacts and Status Indication by backlighted LCD 35UV-Monitor PRO15 with Relay Contacts, Status Indication by LCD, Integrated Hour Counter 36UV-Monitor PRO16 with Relay Contacts, Status Indication by LCD, Integrated Hour Counter 37

UV-Monitor PRO20 for Analog and Digital Multi-Sensoring 38UV-Sensors - Overview 39

Silicon Carbide UV-Diodes 40UV-Sensors for Monitoring of Relative UV-Intensities 41

UV-Sensors with Extended Flare Angle (Side-Looking Sensors) 42UV-Sensor SiC007 with various output signals 43UV-Sensor SiC021 with various output signals 44

UV-Sensors adapted to Special Regulations, Calibrated 45Measurement Window MF001 for DVGW-/OENORM/SiC007-Sensors 46Interfaces IF01, IF02, IF03 for the Connection of Sensors and PLC 47

Control Units SW5 and SW10 for Lamp Function Control 48UV-Radiation Meter UVM-CP 49

UV-Lamps and Accessories 50Quartz Tubes / Immersion Tube Lamps 50

Contacts and Lamp Sockets for Low Pressure Lamps / Amalgam Lamps 51

Table Of Content



- 2 -09/2006

! wide variety of ballasts:

ballasts for one, two or four lamp operation

ballasts with integrated hour counter and uv-monitor

power range from 10W to 600W

lamp current from 100mA to 6A

supply voltage 115V AC, 230V AC, 12V DC and 24V DC

! instantaneous start without flicker for long lamp life time

! equipped with power factor correction - CE-conform

! lamp faults are indicated by a potential free relay contact (alarm trigger); LED´s display the current mode of operation

! up to 30% energy saving compared to conventional ballasts

! preheat on request

! microprocessor controlled ballasts with RS485 port for PLC (Programmable Logic Controller) connection

! starting component for delayed power-on of 4 (by cascading up to 16) electronic ballasts

Generals

Why electronic ballasts?The electronic ballast became the standard in the lighting industry. Itleads to significant energy and money savings in nearly every appli-cation. The lamp operation is flicker free and the ballast produces vir-tually no noise or hum.

The incoming 50/60 Hz power (115 or 230 volts) is converted to high-frequency AC (usually 20 to 40 kHz). This leads to a constant gasdischarge compared to conventional ballasts and prevents cathodeflicker.

Electronic ballasts are more efficient than magnetic ballasts in con-verting input power to the proper lamp power. The operation of uv-lamps at higher frequencies reduces end losses, resulting in anoverall lamp-ballast system efficacy increase of 15% to 20%.

Electronic ballasts are directly interchangeable with magnetic bal-lasts. They operate with most of available uv-lamps. Long termusage has demonstrated the reliability of electronic ballasts.

Electronic ballasts that operate two or four lamps at once, are allo-wing the use of a single ballast in systems with several lamps. Thisreduces installation and field wiring costs. Other advantages arereduced weight, quieter operation and reduced lamp flicker.

Electronic ballasts basically consist of the following functional units: filter - EMI-filter to attenuate conducted RF noise rectifier PFC (power factor correction) - provides sinusoidal line

current charging capacitor frequency controller (for high-frequency conversion) power stage resonant tank

and also fault logic (open-circuit / short-circuit protection)

Solutions for UV Systems Electronic Ballasts for Low Pressure Lamps and Amalgam Lamps


- 3 -09/2006


Solutions for UV SystemsElectronic Ballasts for Low Pressure Lamps and Amalgam Lamps

Operation Modes of Electronic Ballasts

Preheat start ballasts (-PH)

These ballasts are also used for lamps with four-pin connection.

Preheat ballasts provide a preheat current at the filaments thatallows the electrode to heat up before ignition. During the preheatinterval, voltage across the lamp drops to a level that reduces theunwanted glow current. The ballast applies sufficient voltage to theelectrodes, long enough for the electrode to reach the emissiontemperature to prevent lamp ignition before the electrodes areheated up.

After the end of programmed time for preheating, the ballast app-lies a voltage across the lamp to ignite it with minimal loss of emis-sive material. This optimizes the lifetime of the lamp.

These ballasts are intended for applications with many switch oncycles.

We offer preheat start ballasts on request for lamps with aminimum power of 200W (see the PH in the type name).

Rapid start ballasts

These ballasts are used for lamps with four-pin connection.

During startup a short high current pulse is sent to the lamp fila-ment. This reduces unwanted sputtering of emissive material at theelectrodes.

Compared to instant start ballasts, lamps tend to live longer withrapid start ballasts, in case of many on-off cycles. So rapid startballasts are recommended when the switching cycle for the lampsis more than three times per day.

During operation current is flowing through the lamps filament. Theelectrodes of the lamps must fit with this ballast type.

Instant start ballasts (-IS)

These ballasts are used for lamps with two-pin connection (see theIS in the type name).

Instant start ballasts ignite lamps by applying high voltage acrossthe lamp during setup. The high voltage typically ignites the lampimmediatly. These ballasts do not heat the electrodes.

Instant start ballasts should be used for continously lamp operationwith less than three switches per day. The advantage is the lowerwiring effort compared to four-pin connection.

Instant, rapid or preheat?

There are three modes of operation of the lamps:

! rapid start! preheat start (-PH)! instant start (-IS)


- 4 -09/2006


Monitors

! wide variety of monitoring units/monitoring features:

control units for lamp current control

monitoring of relative uv-intensity

monitoring of absoluteuv-intensity

display of specific irradiation by using flow rate measurement and reactor vessel volume for calculation

! comfortable status indication by LCD

! hour counting/lamp lifetime counting

! potential free relay contacts for status indication

! menu-driven handling and programming by buttons or PC-Software for easy adjustment and configuration

! can be integrated easily into existing uv-systems

! customer specific applications on request

Sensors

! wide variety of sensor -(output-) types:

fotodiode

current output

voltage output

sensors adapted to special regulations like German or Austrian rule

! all UV-Sensors operate with SiC diodes

! daylight blind

! watertight up to 10bar possible (depending on the type of sensor)

! stainless steel body (G1/4, G 3/4 outside thread or plug-in body for measurement window MF001)

! side-looking sensors with enhanced angle of incidence for indication of uv-radiation from side

! several supply voltages available

! customer specific adjustment on request

! measurement window MF001 available

! interfaces for the connection of sensors and PLC (programmable logic controller) available

Solutions for UV Systems Measurement Technique - Monitors and Sensors



- 5 -09/2006

Electronic Ballasts Digital Sensors Accessories UV Monitor

P-EVG2x[200...350]W/2...2,1A D-SiC003(-PG)(-F) Interface IF03 for connection of uv-diode output sensors

PRO11

P-EVG800...900W/4...11A D-SLS-SiC003(-PG)(-F) PRO16

RS-EVG220...400W/2...4,8A D-SLS-SiC004(-PG)(-F) PRO20

RS-EVG2x[220...320W]/2...2,2A D-SiC007(-PG)(-F) PLC

D-SiC021(-PG)(-F)

D-SiCDVGW

D-SiCONORM

Digital Operation System Bus System for UV Facilities

unique digital interface for ballasts, sensors, processors and displays

Technical Specification

mains voltage: 230V AC ± 10% CE-conform: yes

mains frequency: 45...65Hz

bus system: RS485 two wire + GND + UB max. bus cable length: 500m

Components

Functions each component identifies itself on the bus

and exchanges information about compo-nent parameters

the system components communicate directly to each other

four wire bus cable connects all compon-ents of the system

interface units can be used to communi-cate with PLC, PC or modem based control-lers and allow remote monitoring

open interface protocol allows third partys adaptions

measurement values and commands are transmitted digitally

exchange of communication and error messages

no additional controller components needed

Advantages digital transmission of signals provides

high noise immunity which allows larger cable length for sensors

lower costs for wiring of the system

setup and service become more easy

extension of the system is possible

very complex systems can be designed

multi-sensoring (mapping of sensors and corresponding UV lamps) can be programmed

Digital Sensor Features absolute value detection

sensor includes several measuring ranges, the measuring range is changed automati-cally depending on the current uv-intensity

no separate sensor adjustment for diffe-rent uv-lamp/sensor arrangements

digital sensors for low pressure lamps: one sensor for the complete output range from 0,1 up to 200W/m²

digital sensors for medium pressure lamps: one sensor for the complete output range from 1,0 up to 2000W/m²

measuring output as plain text with nume-rical value and scale unit

measuring value request by simple stan-dard terminal program (e.g. WINDOWS terminal.exe) or by comfortable customer

Electronic Ballast Features lamp/ballast control

software aided by PLC or standard PC

adjustment of several lamp/ballast para-meters

internal hourmeter

lamp control: on/off, dimming, preheating, status, lamp power/voltage

ballast control: switch-on current=opera-ting current, input voltage control, under-voltage switch-off

dimming with current compensation in the lamps filaments

preheating and cable length compensation

readout of lamp/ballast status (error code), correct connection, filament status, operation hours...


- 6 -02/2007


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230V, rapid start, 4-pin

ST-EVG 11/20 x x xEVG11-20W/425mA x x xEVG18W/370mA xS-EVG30-50W/425mA x x x x xEVG2x[30-50W]/425mA x x x x xUV Compact MC 30-50W/425mA x x x x xS-EVG50-70W/425mA x xEVG2x[50-70W]/425mA x xUV Compact MC 50-70W/425mA x xS-EVG36W/440mA x xEVG2x[36W]/440mA x xS-EVG35-45W/610mA xEVG2x[35-45W]/610mA xUV Compact MC 35-45W/610mA xS-EVG50-70W/670mA x xEVG2x[50-70W]/670mA x xUV Compact MC 50-70W/670mA x xS-EVG50-70W/760mA x x xEVG2x[50-70W]/760mA x x xUV Compact MC 50-70W/760mA x x xS-EVG65-80W/880mA x x xEVG2x[65-80W]/880mA x x xUV Compact MC 65-80W/880mA x x xS-EVG90W/950mA xEVG2x[90W]/950mA xS-EVG40-60W/1,2A x xEVG2x[4060W]/1,2A x xUV Compact MC 40-60W/1,2A x xEVG150-200W/1A x xEVG2x[150-200W]/1A x xUV Compact MC 150-200W/1A x xEVG100-150W/1,5A x x x xEVG2x[100-150W]/1,5A x x x xUV Compact MC 100-150W/1,5A x x x xEVG130W/2,1A xEVG2x[130W]/2,1A xEVG150-200W/1,5A x xEVG2x[150-200W]/1,5A x xUV Compact MC 150-200W/1,5A x xEVG160-200W/2A x x xEVG2x[160-200W]/2A x xUV Compact MC 160-200W/2A x xEVG2x[220W]/2A xR(S)-EVG2x[220W]/2A xUV Compact MCplus 220W/2A xEVG240W/2A x x xP-EVG240W/2A x x xR(S)-EVG240W/2A x x xUV Compact MCplus 240W/2A x x xEVG2x[240W]/2A x x xP-EVG2x[240W]/2A x x xR(S)-EVG2x[240W]/2A x x xEVG270W/3,8A x x

Electronic Ballasts Recommended Lamp-Ballast Combinations

Please note: We offer the adaption of the ballast to your special lamp or we design your own ballast.

see next page ⇒


- 7 -02/2007


R(S)-EVG270W/3,8A x xEVG2x[270W]/3,8A x xR(S)-EVG2x[270W]/3,8A x xEVG300W/2,1A xR(S)-EVG300W/2,1A xUV Compact MCplus 300W/2,1A xEVG2x[300W]/2,1A xR(S)-EVG2x[300W]/2,1A xP-EVG2x[300W]/2,1A xEVG320W/2,2A xR(S)-EVG320W/2,2A xUV Compact MCplus 320W/2,2A xEVG2x[320W]/2,2A xR(S)-EVG2x[320W]/2,2A xEVG400W/3,8A xR(S)-EVG400W/3,8A xEVG330W/4,8A xR-EVG330W/4,8A x115V, rapid start, 4-pin

EVG11-20W/425mA -1 x x xS-EVG3050W/425mA -1 x x xEVG2x[30-50W]/425mA -1 x x xEVG5070W/425mA -1 x xEVG2x[50-70W]/425mA -1 x xEVG3545W/610mA -1 xEVG2x[35-45W]/610mA -1 xEVG5070W/670mA -1 xEVG2x[50-70W]/670mA -1 xEVG5070W/760mA -1 x xEVG2x[50-70W]/760mA -1 x xEVG6580W/880mA -1 x x xEVG2x[65-80W]/880mA -1 x x xEVG150-200W/1A -1 xEVG100-150W/1,5A -1 x x x xEVG150-200W/1,5A -1 x xEVG160-200W/2A -1 x xEVG240W/2A -1 x x xEVG300W/2,1A -1 x24V DC, rapid start, 4-pin

EVG11-20W/425mA -4 x x xEVG36W/425mA -4 x x230V, instant start, 2-pin

ST-EVG 11/20 IS x x xEVG11-20W/425mA IS x x xS-EVG30-50W/425mA IS x x xEVG2x[30-50W]/425mA IS x x xS-EVG50-70W/425mA IS x xEVG2x[50-70W]/425mA IS x xS-EVG35-45W/610mA IS xEVG2x[35-45W]/610mA IS xEVG4x[20W]/425mA IS xEVG4x[40W]/425mA IS x x xS-EVG50-70W/760mA IS x xEVG2x[50-70W]/760mA IS x x

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Electronic BallastsRecommended Lamp-Ballast Combinations

Please note: We offer the adaption of the ballast to your special lamp or we design your own ballast.

see next page ⇒


- 8 -02/2007


S-EVG65-80W/880mA IS xEVG2x[65-80W]/880mA IS xEVG4x[150W]/1A IS x xEVG150-200W/1A IS xEVG2x[150-200W]/1A IS x115V, instant start, 2-pin

EVG11-20W/425mA IS x x xS-EVG30-50W/425mA IS-1 x x xEVG2x[3050W]/425mA IS-1 x x xEVG50-70W/425mA IS-1 x xEVG2x[5070W]/425mA IS-1 x xEVG35-45W/610mA IS-1 xEVG2x[3545W]/610mA IS-1 xEVG50-70W/760mA IS-1 x xEVG2x[5070W]/760mA IS-1 x xEVG65-80W/880mA IS-1 x xEVG2x[6580W]/880mA IS-1 x xEVG150200W/1A IS-1 x24V DC, rapid start, 4-pin

EVG11-20W/425mA IS -4 x x x

Special Design for LightSources Inc. / LightTech Lamp Technology Ltd.

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E230.101 x x xR(S)-E230.101 xE230.102 xR(S)-E230.102 xUV Compact MCplus E230.102 xE230.103 xR(S)-E230.103 xUV Compact MCplus E230.103 xS-E230.104 xS-E230.107 xE230.108 x xE230.110 x x xR(S)-E230.110 xUV Compact MCplus E230.111 xE230.201 xR(S)-E230.201 xE230.202 xR(S)-E230.202 xE230.203 xR(S)-E230.203 xE230.204 xE230.205 x xE230.207 xE230.208 x xE230.210 x xE230.211 xR(S)-E230.211 x

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Electronic BallastsSpecial Lamp-Ballast Combinations



- 9 -09/2006

ballast type A

ballast type B

ballast type C

ballast type O

Electronic Ballasts (4pin-type)EVG 11W...36W

230V AC / 115V AC / 24V DC

Please contact us if your lamp requires other technical data. We are able to adapt lamp and ballast in most cases.


mains frequency: 45...65Hz tc-temperature: max. 50°C CE-conform: yes

operating frequency: 30...50kHz ambient temperature: 0...40°C efficiency: ca. 85%

max. off-load voltage on terminals 1...4:

type A: 1.5kVpp, type B: 600Vrms

status indication: green and red LED indicate operating status, type C: buzzer sounds up if the lamp is not workingphotocoupler, max. current on OG: 5mA (open collector VOG1/0<1V ⇒ VCESAT<1V)

connections: type A, B, O: max. cablelength between ballast and lamp: 0.5m type C: lamp cable, length 1m, provided with 4pin plastic type lamp socket

dimensions (w/h/l): type A, B: (40/36/150)mm, type O: (40/30/190)mmtype C: (121/59/64)mm without plug, cable gland and cable

wire gauge: 0.35-1mm²

mounting restrictions: upright, mains connector at bottom side, see manual for details

*power supply requirements for 24V DC ballast: stabilised, short-circuit proof, inrush current 2A min.

ballast name input voltage [V]

input power [W]

input current [A]

power per lamp [W]

lamp current [A]

ballast type

suitable lamp types (manufacturer model)

ST-EVG 11/20 230V AC ± 10% up to 24 0,05 - 0,11 11-20 0,425 ± 10% CTUV16, GPH287T5L, GPH303T5L

EVG11-20W/425mA 230V AC ± 10% up to 24 0,05 - 0,11 11-20 0,425 ± 10% A

EVG11-20W/425mA -1 115V AC ± 10% up to 24 0,11 - 0,23 11-20 0,425 ± 10% A

EVG11-20W/425mA -4 24V* DC ± 10% up to 24 0,47 - 1,1 11-20 0,425 ± 10% B

EVG18W/370mA 230V AC ± 10% 20 0,08 - 0,1 17 0,370 ± 10% A TUV18PLL

EVG36W/425mA -4 24V* DC ± 10% up to 24 1,7 - 1,8 36 0,425 ± 10% O G36T5, TUV36T5

Available Ballasts



- 10 -09/2006

Ballasts for two lamps are also working if only one lamp is connected.

ballast name input power [W]

input current [A]

lamps per ballast

power per lamp [W]

lamp current [A]

ballast type


S-EVG30-50W/425mA 32 - 55 0,13 - 0,26 1 30 - 50 0,39 - 0,42 D G36T5, GPH793T5, TUV25, TUV36T5, GPH846T5

EVG2x[30-50W]/425mA up to 110 0,25 - 0,53 2 30 - 50 0,39 - 0,42 F G36T5, GPH793T5, TUV25, TUV36T5, GPH846T5

S-EVG50-70W/425mA 55 75 0,26 - 0,36 1 50 - 70 0,39 - 0,42 D G64T5, TUV64T5

EVG2x[50-70W]/425mA up to 150 0,43 - 0,72 2 50 - 70 0,39 - 0,42 F G64T5, TUV64T5

S-EVG36W/440mA 40 0,16 - 0,19 1 36 0,44 D TUV36, TUV36PLL

EVG2x[36W]/440mA up to 80 0,32 - 0,38 2 36 0,44 F TUV36, TUV36PLL

S-EVG35-45W/610mA 38 50 0,15 - 0,24 1 35 - 45 0,6 - 0,62 D GPH436T5HO

EVG2x[35-45W]/610mA up to 100 0,3 - 0,48 2 35 - 45 0,6 - 0,62 F GPH436T5HO

S-EVG50-70W/670mA 55 75 0,26 - 0,36 1 50 - 70 0,65 - 0,7 D NNI60/25U, TUV60PLL

EVG2x[50-70W]/670mA up to 150 0,43 - 0,72 2 50 - 70 0,65 - 0,7 F NNI60/25U, TUV60PLL

S-EVG50-70W/760mA 55 75 0,26 - 0,36 1 50 - 70 0,75 - 0,77 D GPH846T5HO, GPH893T5HO, TUV55

EVG2x[50-70W]/760mA up to 150 0,43 - 0,72 2 50 - 70 0,75 - 0,77 F GPH846T5HO, GPH893T5HO, TUV55

S-EVG65-80W/880mA 70 85 0,28 - 0,4 1 65 - 80 0,85 - 0,9 D TUV75, GHO36T5, TUV36HO

EVG2x[65-80W]/880mA up to 170 0,55 - 0,8 2 65 - 80 0,85 - 0,9 F TUV75, GHO36T5, TUV36HO

S-EVG90W/950mA 100 0,4 - 0,48 1 90 0,95 D TUV95WHOPLL

EVG2x[90W]/950mA up to 200 0,8 - 0,97 2 90 0,95 F TUV95WHOPLL

S-EVG40-60W/1,2A 44 65 0,17 - 0,31 1 40 - 60 1 - 1,2 D UNI40, UNI60

EVG2x[4060W]/1,2A up to 130 0,34 - 0,62 2 40 - 60 1 - 1,2 F UNI40, UNI60

ballast type D

ballast type F

Electronic Ballasts (4pin-type)EVG 30...90W / 230V AC

ballasts for one and for two lamp operation available



mains voltage: 230V AC ± 10% CE-conform: yes efficiency: > 90%

mains frequency: 45...65Hz tc-temperature: max. 50°C

operating frequency: 30...50kHz ambient temperature: 0...40°C

status indication: green and red LED indicate operating statuspotential free relay contact, type D load: 50...200mA at 24...230V AC; 50...500mA at 5V...60V DCtype F load: 50...200mA at 24...120V AC; 50...500mA at 5V...60V DC

wire gauge: type D: 0,5...1mm², type F: 0,75...1,5mm² (type F: max. 0,75mm² for potential free relay contacts)


Available Ballasts



- 11 -09/2006

Ballasts for two lamps are also working if only one lamp is connected.


input current [A]

lamps per ballast

power per lamp [W]

lamp current [A]

ballast type


EVG130W/2,1A 140 - 150 0,56 - 0,75 1 130 - 140 2 - 2,1 E TUV130XPT

EVG2x[130W]/2,1A up to 300 1,12 - 1,5 2 130 - 140 2 - 2,1 G TUV130XPT

EVG150-200W/1A 160 220 0,65 - 1,0 1 150 - 200 0,8 1 E GHO64T5, TUV64T5HO

EVG2x[150-200W]/1A up to 440 1,7 - 2,1 2 150 - 200 0,8 - 1 G GHO64T5, TUV64T5HO

EVG100-150W/1,5A 110 - 160 0,43 - 0,77 1 100 -150 1,4 - 1,5 E NNI80/36U, NNI120, UNI120, GIA120, TUV115

EVG2x[100-150W]/1,5A up to 300 0,87 - 1,3 2 100 -150 1,4 - 1,5 G NNI80/36U, NNI120, UNI120, GIA120, TUV115

EVG150-200W/1,5A 160 220 0,65 - 1,0 1 150 - 200 1,4 - 1,5 E GIA200, UNI201

EVG2x[150-200W]/1,5A up to 440 1,7 - 2,1 2 150 - 200 1,4 - 1,5 G GIA200, UNI201

EVG160-200W/2A 175 220 0,7 - 1,1 1 160 - 200 1,85 2 E NNI200, UNI200, NNI201/107XL

EVG2x[160-200W]/2A up to 440 1,7 - 2,1 2 160 - 200 1,85 - 2 G NNI200, UNI200

ballast type E

ballast type G


ballasts for one and for two lamp operation available






efficiency: > 90%

status indication: green and red LED indicate operating statuspotential free relay contact, load: 50...200mA at 24...120V AC; 50...500mA at 5...60V DC

wire gauge: 0,75...1,5mm²


Available Ballasts



- 12 -09/2006

ballast type H: also available as PREHEAT START version on request (add -PH to ballast name),2-STEP DIMMING on request (add -SD to ballast name)

ballast type I: 4-STEP DIMMING is not standard ⇒ implementation on request (add -SD to ballast name)

ballasts for two lamps are also working if only one lamp is connected


input current [A]

lamps per ballast

power per lamp [W]

lamp current [A]

ballast type


EVG2x[220W]/2A 440 - 480 1,74 - 2,31 2 200 - 220 1,9 - 2,2 I NNI201/107XL

EVG240W/2A 250 - 280 0,99 - 1,35 1 220 - 250 1,9 - 2,2 H UNI260, GIA240, TUV240WXPT

EVG2x[240W]/2A 500 - 560 1,98 - 2,7 2 220 - 250 1,9 - 2,2 I UNI260, GIA240, TUV240WXPT

EVG270W/3,8A 280 - 310 1,1 1,5 1 250 -280 3,6 - 4,0 H TUV260XPT, TUV270XPT

EVG2x[270W]/3,8A 560 - 620 2,21 - 3 2 250 -280 3,6 - 4,0 I TUV260XPT, TUV270XPT

EVG300W/2,1A 350 1,38 - 1,7 1 320 2,1 - 2,4 H NNI300/147XL

EVG2x[300W]/2,1A 700 2,76 - 3,38 2 320 2,1 - 2,4 I NNI300/147XL

EVG320W/2,2A 350 1,38 - 1,7 1 320 2,1 - 2,4 H TUV325XPT

EVG2x[320W]/2,2A 700 2,76 - 3,38 2 320 2,1 - 2,4 I TUV325XPT

EVG400W/3,8A 425 1,7 - 2,1 1 400 3,8 H NNI400

EVG330W/4,8A 370 1,46 - 1,79 1 330 4,8 H TUV330XPT

ballast type H

ballast type I


ballasts for one and for two lamp operation available,PREHEAT START versions available on request (only for one lamp ballast type H)





efficiency: > 90%

status indication: green and red LED indicate operating statuspotential free relay contact, load: 50...200mA at 24...230V AC; 50...500mA at 5...60V DC



Available Ballasts


current approx. 1mA @ 12V DC (voltage range: 9-25V DC)

4-STEP DIMMING scheme lamp A/B current 100% 90% 80% 70%DM 1 A/B 0 0 12V DC 12V DCDM 0 A/B 0 12 V DC 0 12V DC



- 13 -09/2006

ballast type R

ballast type S

ballast type T

ballast type U

Electronic Ballasts (4pin-type)as plug-in cards for rack mounting, microprocessor controlled

R-EVG 200...400W (with RS485: RS-EVG 200...400W) / 230V ACballasts for one and two lamp operation available,

PREHEAT START implemented

electronic ballasts as plug-in cards for rack mounting

preheat start implemented

all connections (mains, lamp and control voltage, error control) routed through a MOLEX JUNIOR FIT connector

microprocessor controlled

type R, S (without RS485):

to be switched on and off externally by 12V...24 DC control voltage

potential free relay contact for fault indication

type T, U (with RS485):

switch-on/-off, dimming and status indication via RS485

addressable with DIP-switch up to 1023

preheat parameters programmable dimmable on request

Features



- 14 -09/2006

Electronic Ballasts (4pin-type)as plug-in cards for rack mounting, microprocessor controlled

R-EVG 200...400W (with RS485: RS-EVG 200...400W) / 230V ACballasts for one and two lamp operation available,

PREHEAT START implemented


mains voltage: 230V AC ± 10% mains frequency: 45...65Hz

ambient temperature: 0...40°C tc-temperature: max. 50°C

operating frequency: 25...70kHz efficiency: > 90%

control voltage: 12...24V DC (contacts optically isolated)

status indication: green and red LED indicate operating statustype R, S: potential free relay contact, load: 50...200mA at 24...230V AC; 50...500mA at 5...60V DCtype T, U: RS485 for status indication and controlling

mounting restrictions: rack mounting with forced cooling, see manual for details

connections: to be used with MOLEX JUNIOR FIT connector 15-06-0241



Available Ballasts for Lightsources Inc. / LightTech Lamp Technology Ltd.

ballasts for two lamps are also working if only one lamp is connected


input current [A]

lamps per ballast

power per lamp [W]

lamp current [A]

ballast type


R-EVG2x[220W]/2A 440 - 480 1,74 - 2,31 2 200 - 220 1,9 - 2,2 S NNI201/107XL

RS-EVG2x[220W]/2A 440 - 480 1,74 - 2,31 2 200 - 220 1,9 - 2,2 U NNI201/107XL

R-EVG240W/2A 250 - 280 0,99 - 1,35 1 220 - 250 1,9 - 2,2 R UNI260, GIA240, TUV240WXPT

RS-EVG240W/2A 250 - 280 0,99 - 1,35 1 220 - 250 1,9 - 2,2 T UNI260, GIA240, TUV240WXPT

R-EVG2x[240W]/2A 500 - 560 1,98 - 2,7 2 220 - 250 1,9 - 2,2 S UNI260, GIA240, TUV240WXPT

RS-EVG2x[240W]/2A 500 - 560 1,98 - 2,7 2 220 - 250 1,9 - 2,2 U UNI260, GIA240, TUV240WXPT

R-EVG270W/3,8A 280 - 310 1,1 1,5 1 250 -280 3,6 - 4,0 R TUV260XPT, TUV270XPT

RS-EVG270W/3,8A 280 - 310 1,1 1,5 1 250 -280 3,6 - 4,0 T TUV260XPT, TUV270XPT

R-EVG2x[270W]/3,8A 560 - 620 2,21 - 3 2 250 -280 3,6 - 4,0 S TUV260XPT, TUV270XPT

RS-EVG2x[270W]/3,8A 560 - 620 2,21 - 3 2 250 -280 3,6 - 4,0 U TUV260XPT, TUV270XPT

R-EVG300W/2,1A 350 1,38 - 1,7 1 320 2,1 - 2,4 R NNI300/147XL

RS-EVG300W/2,1A 350 1,38 - 1,7 1 320 2,1 - 2,4 T NNI300/147XL

R-EVG2x[300W]/2,1A 700 2,76 - 3,38 2 320 2,1 - 2,4 S NNI300/147XL

RS-EVG2x[300W]/2,1A 700 2,76 - 3,38 2 320 2,1 - 2,4 U NNI300/147XL

R-EVG320W/2,2A 350 1,38 - 1,7 1 320 2,1 - 2,4 R TUV325XPT

RS-EVG320W/2,2A 350 1,38 - 1,7 1 320 2,1 - 2,4 T TUV325XPT

R-EVG2x[320W]/2,2A 700 2,76 - 3,38 2 320 2,1 - 2,4 S TUV325XPT

RS-EVG2x[320W]/2,2A 700 2,76 - 3,38 2 320 2,1 - 2,4 U TUV325XPT

R-EVG400W/3,8A 425 1,7 - 2,1 1 400 3,8 R NNI400

RS-EVG400W/3,8A 425 1,7 - 2,1 1 400 3,8 T NNI400

R-EVG330W/4,8A 370 1,46 - 1,79 1 330 4,8 R TUV330XPT

RS-EVG330W/4,8A 370 1,46 - 1,79 1 330 4,8 T TUV330XPT

lamp type lamp watts [W] lamps per ballast

ballast models ballast power [W]*

ballast input current [A]

ballast type

GPHA1554T5L 196 1 R-E230.101 216 0,95 R

GPHA1554T5L 196 1 RS-E230.101 216 0,95 T

GPHA1554T5L 196 2 R-E230.201 432 1,8 S

GPHA1554T5L 196 2 RS-E230.201 432 1,8 U

GPHA1554T6L 240 1 R-230.102 261 1,14 R

GPHA1554T6L 240 1 RS-230.102 261 1,14 T

GPHA1554T6L 240 2 R-230.202 520 2,38 S

GPHA1554T6L 240 2 RS-230.202 520 2,38 U

GPHHA1000T6L 207 1 R-E230.110 218 0,96 R

GPHHA1000T6L 207 1 RS-E230.110 218 0,96 T

GPHHA1000T6L 207 2 R-E230.211 440 2 S

GPHHA1000T6L 207 2 RS-E230.211 440 2 U

GPHHA1554T6L 320 1 R-E230.103 340 1,52 R

GPHHA1554T6L 320 1 RS-E230.103 340 1,52 T

GPHHA1554T6L 320 2 R-E230.203 680 3,04 S

GPHHA1554T6L 320 2 RS-E230.203 680 3,04 U

Available Ballasts



- 15 -09/2006


input current [A]

lamps per ballast

power per lamp [W]

lamp current [A]

ballast type


P-EVG2x[240W]/2A 440 - 500 1,74 - 2,42 2 220 -250 1,9 - 2,2 K UNI260, GIA240, TUV240WXPT

P-EVG2x[300W]/2,1A 700 2,56 - 3,2 2 320 2,1 - 2,4 K NNI300/147XL

P-EVG800W/7A 890 3,5 - 4,3 1 800 4 - 7 N

P-EVG800W/11A 890 3,5 - 4,3 1 800 7 - 11 N

ballast type K

ballast type N

Electronic Ballasts (4pin-type)microprocessor controlled

200...350W/1,9...2,1A up to 500...900W/4...11A / 230V ACballasts for one and two lamp operation for use with Digital Operation System





efficiency: > 90%

status indication: green, yellow and red LED indicate operating statuserror codebus communication



Available Ballasts


Functions: preheat start

switch-on current = operating current

input voltage control

undervoltage switch-off

serial port control features: connection of up to 256 devices via RS485,

loop through possible

switch-on/-off

dimming: 50...100% with current compensation in the lamps filaments

preheating (cable-length compensation)

internal hourmeter

adjustment of several parameters

status readout

Readout: status (errors)

correct connection

lamp power

lamp voltage

dimming status

filament status

operation hours



- 16 -09/2006

ballast type F

ballast type G

ballast type D

ballast type E

ballast type H


ballasts for one and for two lamp operation availablePREHEAT START versions available on request (only for one lamp ballast type H)



- 17 -09/2006

ballast type H: also available as PREHEAT START version on request (add -PH to ballast name),

ballasts for two lamps are also working if only one lamp is connected.


input current [A]

lamps per ballast

power per lamp [W]

lamp current [A]

ballast type


S-EVG3050W/425mA -1 32 - 55 0,25 - 0,53 1 30 - 50 0,39 - 0,42 D G36T5, GPH793T5, TUV36T5

EVG2x[30-50W]/425mA -1 up to 110 0,5 - 1,05 2 30 - 50 0,39 - 0,42 F G36T5, GPH793T5, TUV36T5

EVG5070W/425mA -1 55 75 0,43 - 0,72 1 50 - 70 0,39 - 0,42 E G64T5, TUV64T5

EVG2x[50-70W]/425mA -1 up to 150 0,86 - 1,4 2 50 - 70 0,39 - 0,42 F G64T5, TUV64T5

S-EVG3545W/610mA -1 38 50 0,3 - 0,48 1 35 - 45 0,6 - 0,62 D GPH436T5HO

EVG2x[35-45W]/610mA -1 up to 100 0,6 - 0,96 2 35 - 45 0,6 - 0,62 F GPH436T5HO

EVG5070W/670mA -1 55 75 0,43 - 0,72 1 50 70 0,65 0,7 E NNI60/25U

EVG2x[50-70W]/670mA -1 up to 150 0,86 - 1,4 2 50 70 0,65 - 0,7 F NNI60/25U

EVG5070W/760mA -1 55 75 0,43 - 0,72 1 50 70 0,75 - 0,77 E GPH846T5HO, GPH893T5HO

EVG2x[50-70W]/760mA -1 up to 150 0,86 - 1,4 2 50 70 0,75 - 0,77 F GPH846T5HO, GPH893T5HO

EVG6580W/880mA -1 70 85 0,55 - 0,8 1 65 80 0,85 0,9 E TUV36HO, TUV75, GHO36T5

EVG2x[65-80W]/880mA -1 up to 170 1,1 - 1,6 2 65 80 0,85 - 0,9 G TUV36HO, TUV75, GHO36T5

EVG150-200W/1A -1 160 220 1,26 - 2,1 1 150 0,8 - 1 E GHO64T5

EVG100-150W/1,5A -1 110 - 160 0,86 - 1,55 1 100 - 150 1,4 - 1,5 E NNI80/36U, NNI120, UNI120, GIA120, TUV115

EVG150-200W/1,5A -1 160 220 1,26 - 2,1 1 150 - 200 1,4 - 1,5 H GIA200, UNI201

EVG160-200W/2A -1 175 220 1,4 - 2,1 1 160 - 200 1,85 2 H NNI200, NNI201, UNI200

EVG240W/2A -1 250 - 280 2,0 - 2,7 1 220 - 250 1,9 - 2,2 H UNI260, GIA240, TUV240XPT

EVG300W/2,1A -1 350 2,76 - 3,38 1 320 2,1 - 2,4 H NNI300/147XL

Available Ballasts


ballasts for one and for two lamp operation availablePREHEAT START versions available on request (only for one lamp ballast type H)






efficiency: > 88%

status indication: green and red LED indicate operating statuspotential free relay contact, type D, H load: 50...200mA at 24...230V AC; 50...500mA at 5...60V DCtype E, F, G load: 50...200mA at 24...120V AC; 50...500mA at 5...60V DC

wire gauge: type D: 0,5...1mm² / type E, F, G, H: 0,75...1,5mm² (type F: max. 0,75mm² for potential free relay contacts)




- 18 -09/2006

*values are depending on the temperature conditions of the lampsballast type H: also available as PREHEAT START version on request, two step dimming on request

Lamp Type Selection

lamp type lamp watts [W] ballast models ballast power [W]* ballast input current [A]

ballast type

GPHA357T5L 42 S-E230.104 50 0,25 D

GPHA842T5L 105 E230.101 118 0,53 E

GPHA1000T5L 127 E230.101 140 0,62 E

GPHA1554T5L 196 E230.101 216 0,95 E

GPHA357T6L 57 S-E230.107 68 0,32 D

GPHA842T6L 127 E230.108 140 0,62 E

GPHA1000T6L 150 E230.108 164 0,74 E

GPHA1554T6L 240 E230.102 261 1,14 H

GPHHA357T6L 65 E230.110 74 0,35 E

GPHHA842T6L 172 E230.110 180 0,79 E

GPHHA1000T6L 207 E230.110 218 0,96 E

GPHHA1554T6L 320 E230.103 340 1,52 H

Technical Data

mains voltage: 230V AC ± 10%, min. mains voltage 192V AC

CE-conform: yes efficiency: > 90%



lamp fault indicator: green and red LED indicate operating statuspotential free relay contact, type E load: 50...200mA at 24...120V AC; 50...500mA at 5...60V DCtype D, H load: 50...200mA at 24...230V AC; 50...500mA at 5...60V DC


wire gauge: type D: 0,5...1mm², type E,H: 0,75...1,5 mm²

ballast type D

Single Electronic Ballasts for Amalgam LampsSpecial Design E230.1**

for LightSources Inc. / LightTech Lamp Technology Ltd.

ballast type E

ballast type H



- 19 -09/2006

Twin Electronic Ballasts for Amalgam LampsSpecial Design E230.2**

for LightSources Inc. / LightTech Lamp Technology Ltd.

ballast type F

ballast type I

ballast type G

For type I ballasts step dimming is possible:

Same diagram for lamp B,current approx. 1mA @ 12V DC(voltage range: 9-25V DC)

Dimming

DM1A DM0A lamp current

0 0 100 %

0 12 V DC 90 %

12 V DC 0 80 %

12 V DC 12 V DC 70 %

*values are depending on the temperature conditions of the lampsballasts for two lamps are also working if only one lamp is connected

Lamp Type Selection

lamp type lamp watts [W]

ballast models

ballast power [W]*

ballast input current [A]

ballast type

GPHA357T5L 42 E230.204 100 0,5 F

GPHA842T5L 105 E230.205 236 1,04 G

GPHA1000T5L 127 E230.205 280 1,24 G

GPHA1554T5L 196 E230.201 432 1,8 G

GPHA357T6L 57 E230.207 136 0,66 F

GPHA842T6L 127 E230.208 280 1,24 G

GPHA1000T6L 150 E230.208 328 1,48 G

GPHA1554T6L 240 E230.202 520 2,38 I

GPHHA357T6L 65 E230.210 148 0,7 F

GPHHA842T6L 172 E230.210 360 1,64 G

GPHHA1000T6L 207 E230.211 440 2 I

GPHHA1554T6L 320 E230.203 680 3,04 I

Technical Data

mains voltage: 230V AC ± 10%, min. mains voltage 192V AC

CE-conform: yes efficiency: > 90%



lamp fault indicator: green and red LED indicate operating statuspotential free relay contact, type F, G load: 50...200mA at 24...120V AC; 50...500mA at 5...60V DCtype I load: 50...200mA at 24...230V AC; 50...500mA at 5...60V DC


wire gauge: 0,75...1,5 mm² (type F: max. 0,75 mm² for terminal 4-9, type I : 0,35...0,5 mm² for terminal 4-9 and 14-19)



- 20 -09/2006


input current [A]

lamp power [W]

lamp current [A]

lamp type

UV-Compact MC 30-50W/425mA OS 35 - 55 0,13 - 0,22 30 - 50 0,39 - 0,42 G36T5, GPH793T5, TUV25, TUV36T5, GPH846T5

UV-Compact MC 50-70W/425mA OS 55 - 80 0,22 - 0,3 50 - 70 0,39 - 0,42 G64T5, TUV64T5

UV-Compact MC 35-45W/610mA OS 40 - 50 0,15 - 0,2 35 - 45 0,6 - 0,62 GPH436T5HO

UV-Compact MC 50-70W/670mA OS 55 - 80 0,22 - 0,3 50 - 70 0,65 - 0,7 NNI60/25U, TUV60PLL

UV-Compact MC 50-70W/760mA OS 55 - 80 0,22 - 0,3 50 - 70 0,75 - 0,77 GPH846T5HO, GPH893T5HO, TUV55

UV-Compact MC 65-80W/880mA OS 70 - 90 0,28 - 0,35 65 - 80 0,85 - 0,9 GHO36T5, TUV36HO, TUV75

UV-Compact MC 150-200W/1A OS 160 220 0,65 - 0,9 150 - 200 0,8 1 GHO64T5, TUV64T5HO

UV-Compact MC 40-60W/1,2A OS 45 - 65 0,17 - 0,26 40 - 60 1 - 1,2 UNI40, UNI60

UV-Compact MC 100-150W/1,5A OS 110 - 170 0,43 - 0,65 100 - 150 1,4 - 1,5 GIA120, NNI120, NNI80/36U, UNI120

UV-Compact MC 150-200W/1,5A OS 160 - 220 0,65 - 0,87 150 - 200 1,4 - 1,5 GIA200, UNI201

UV-Compact MC 160-200W/2A OS 180 - 220 0,7 - 0,87 160 - 200 1,85 - 2 NNI200, UNI200



mains frequency: 45...65Hz ambient temperature:

0...40°C


display: 4*20 digits, green, yellow or red back lighting for status indication, adjustment of contrast by menu

handling: menu-driven handling and programming by 4 push-buttons

language: alternatively English or German (other languages on request)

dimensions (w/h/l): (190/72/180)mm weight: 1900g

connections: mains: line cord, cable length 2m

lamp: Hirschmann cable socket CA6GD (Hirschmann cable plug CA6LS is element of delivery, see drawing for connector pin list)

protective earth: cable green/yellow, length 2m

protection class: IP54 if lamp is connected by appropriated plug

Electronic Ballast with Integrated Hour Counter,Multicolour Display

UV-Compact MC 30...200W OS, 230V AC

integrated electronic ballast for uv-lamps

hour counter temperature monitoring synchronous readout of state,

operating hours, time and date multicolour backlighting

(red, green, yellow) for additional status-indication

menu lock

hour counter: internal real time clock global hour counter switch cycle counter programmable user hour counter adjustable end of lamp lifetime alarm

temperature monitoring: measurement of internal temperature internal temperature

can be monitored via menu message internal overheating and

system shutdown in case of temperature above certain switching thresholds

automatic restart can be defined by customer

for use in one-lamp systems

Please note the technical advices and the installation and operating instructions in the UV-Compact MC - Documentation.For use in chemical and biological inactive environment only! To be installed by specialized staff.

Features



- 21 -09/2006


input current [A]

lamp power [W]

lamp current [A]

lamp type

UV-Compact MC 30-50W/425mA 35 - 55 0,13 - 0,22 30 - 50 0,39 - 0,42 G36T5, GPH793T5, TUV25, TUV36T5, GPH846T5

UV-Compact MC 50-70W/425mA 55 - 80 0,22 - 0,3 50 - 70 0,39 - 0,42 G64T5, TUV64T5

UV-Compact MC 35-45W/610mA 40 - 50 0,15 - 0,2 35 - 45 0,6 - 0,62 GPH436T5HO

UV-Compact MC 50-70W/670mA 55 - 80 0,22 - 0,3 50 - 70 0,65 - 0,7 NNI60/25U, TUV60PLL

UV-Compact MC 50-70W/760mA 55 - 80 0,22 - 0,3 50 - 70 0,75 - 0,77 GPH846T5HO, GPH893T5HO, TUV55

UV-Compact MC 65-80W/880mA 70 - 90 0,28 - 0,35 65 - 80 0,85 - 0,9 GHO36T5, TUV36HO, TUV75

UV-Compact MC 150-200W/1A 160 220 0,65 - 0,9 150 - 200 0,8 1 GHO64T5, TUV64T5HO

UV-Compact MC 40-60W/1,2A 45 - 65 0,17 - 0,26 40 - 60 1 - 1,2 UNI40, UNI60

UV-Compact MC 100-150W/1,5A 110 - 170 0,43 - 0,65 100 - 150 1,4 - 1,5 GIA120, NNI120, NNI80/36U, UNI120

UV-Compact MC 150-200W/1,5A 160 - 220 0,65 - 0,87 150 - 200 1,4 - 1,5 GIA200, UNI201

UV-Compact MC 160-200W/2A 180 - 220 0,7 - 0,87 160 - 200 1,85 - 2 NNI200, UNI200




0...40°C







uv-sensor: sensor cable, length 1m, with Hirschmann cable plug ELST 5012 (see drawing for connector pin list)

lamp: Hirschmann cable socket CA6GD (Hirschmann cable plug CA6LS is element of delivery, see drawing for connector pin list)


protection class: IP54 if lamp and sensor are connected by appropriated plugs

recommended sensor types:

SiC001-uv-compact, SiC003-uv-compact, SiC007-P-uv-compact with measurement window MF001

Electronic Ballast with Integrated Hour Counter and UV-Monitor,Multicolour Display

UV-Compact MC 30...200W, 230V AC

integrated electronic ballast hour counter temperature monitoring uv-value monitoring synchronous readout of uv-value, uv-state, operating hours,

time and date multicolour backlighting (red, green,

yellow) for additional status-indication menu lock

hour counter: internal real time clock global hour/switch cycle counter programmable user hour counter adjustable end of lamp lifetime alarm temperature monitoring: measurement of internal temperature internal temperature

can be monitored via menu message internal overheating and

system shutdown in case of

temperature above certain switching thresholds


UV-value monitoring: to be enabled/disabled by customer relative uv-intensity (in %) adjustable uv-low alarm

(two steps: pre alarm - yellow / main alarm - red backlighting)

automatic adjustment of sensitivity


Please note the technical advices and the installation and operating instructions in the UV-Compact MC - Documentation.For use in chemical and biological inactive environment only! To be installed by specialized staff.

Features



- 22 -09/2006


input current [A]

lamp power [W]

lamp current [A]

lamp type

UV Compact MCplus 200W/2A 220 0,79 - 0,97 200 1,85 - 2 NNI201/107XL

UV Compact MCplus 240W/2A 270 - 310 0,87 - 1,21 250 - 280 1,9 - 2,2 GIA240, UNI260

UV Compact MCplus 300W/2,1A 360 1,28 - 1,6 320 2,1...2,4 NNI300/147XL

UV Compact MCplus 320W/2,2A 360 1,28 - 1,6 320 2,1...2,4 TUV325XPT

UV Compact MCplus E230.111 218 0,86 - 1,05 207 GPHHA1000T6L

UV Compact MCplus E230.102 261 1,03 - 1,26 240 GPHA1554T6L

UV Compact MCplus E230.103 340 1,34 - 1,64 320 GPHHA1554T6L




0...40°C







uv-sensor: BNC-socket

lamp: 4wire lamp cable, length 2m provided with 4pin ceramic type lamp socket


protection class: IP00

recommended sensor types:

SiC001-PG-BNC, SiC003-PG-BNC, SiC007-P-PG-BNC with measurement window MF001, SLS-SiC003-PG-BNC, SLS-SiC004-PG-BNC(2wire cable with BNC-connector, shielded, length 2,0m)

Electronic Ballast with Integrated Hour Counter and UV-MonitorMulticolour Display, Active Cooling

UV-Compact MCplus 200...350W, 230V AC

integrated electronic ballast for uv-lamps

hour counter uv-value monitoring temperature monitoring integrated fan for active cooling synchronous readout

of uv-value, uv-state, operating hours, time and date

multicolour backlighting (red, green, yellow) for additional status-indication

menu lock

hour counter: internal real time clock global hour counter switch cycle counter programmable user hour counter adjustable end of lamp lifetime alarm

UV-value monitoring: to be enabled/disabled by customer relative uv-intensity (in %) adjustable uv-low alarm (two steps:

pre alarm/main alarm automatic adjustment of sensitivity

temperature monitoring: measurement of internal tempera-

ture (optional external temperature) internal temperature can be moni-

tored via menu message internal overheating and

system shutdown in case of tempera-ture above certain switching thres-holds



Please note the technical advices and the installation and operating instructions in the UV-Compact MCplus - Documentation.For use in chemical and biological inactive environment only! To be installed by specialized staff.

Features



- 23 -09/2006

ballast type A

ballast type B

ballast type C

Electronic Ballasts (2pin-type)EVG 11W...20W

230V AC / 115V AC / 24V DC



mains frequency: 45...65Hz tc-temperature: max. 50°C CE-conform: yes

operating frequency: 30...50kHz ambient temperature: 0...40°C efficiency: ca. 85%

max. off-load voltage on terminals 1...4:

type A: 1.5kVpp, type B: 600Vrms

status indication: green and red LED indicate operating status, type C: buzzer sounds up if the lamp is not workingphotocoupler, max. current on OG: 5mA (open collector VOG1/0<1V ⇒ VCESAT<1V)

connections: type A, B: max. cablelength between ballast and lamp: 0.5m type C: lamp cable, length 1m, provided with 4pin plastic type lamp socket

dimensions (w/h/l): type A, B: (40/36/150)mmtype C: (121/59/64)mm without plug, cable gland and cable

wire gauge: 0.35-1mm²


*power supply requirements for 24V DC ballast: stabilised, short-circuit proof, inrush current 1,5A min.

ballast name input voltage [V]

input power [W]

input current [A]

power per lamp [W]

lamp current [A]

ballast type


ST-EVG 11/20 IS 230V AC ± 10% up to 24 0,05 - 0,11 11-20 0,425 ± 10% CTUV16, GPH287T5L, GPH303T5L

EVG11-20W/425mA IS 230V AC ± 10% up to 24 0,05 - 0,11 11-20 0,425 ± 10% A

EVG11-20W/425mA IS -1 115V AC ± 10% up to 24 0,11 - 0,23 11-20 0,425 ± 10% A

EVG11-20W/425mA IS -4 24V* DC ± 10% up to 24 0,47 - 1,1 11-20 0,425 ± 10% B

Available Ballasts



- 24 -02/2007

ballast type E

ballast type D

ballast type G

ballast type F

ballast type J (4 lamp - ballast)

Electronic Ballasts (2pin-type)EVG 20...200W / 230V AC, instant start

ballasts for one, two and four lamp operation available



- 25 -02/2007


ballasts for one, two and four lamp operation available


input current [A]

lamps per ballast

power per lamp [W]

lamp current [A]

ballast type


S-EVG30-50W/425mA IS 35 - 55 0,14 - 0,26 1 30 - 50 0,39 - 0,42 D G36T5, GPH793T5, TUV36SPT5

EVG2x[30-50W]/425mA IS up to 110 0,28 - 0,52 2 30 - 50 0,39 - 0,42 F G36T5, GPH793T5, TUV36SPT5

S-EVG50-70W/425mA IS 55 75 0,22 - 0,36 1 50 - 70 0,39 - 0,42 D G64T5, TUV64SPT5

EVG2x[50-70W]/425mA IS up to 160 0,44 - 0,7 2 50 - 70 0,39 - 0,42 F G64T5, TUV64SPT5

S-EVG35-45W/610mA IS 38 50 0,15 - 0,24 1 35 - 45 0,6 - 0,62 D GPH436T5HO

EVG2x[35-45W]/610mA IS up to 100 0,3 - 0,48 2 35 - 45 0,6 - 0,62 F GPH436T5HO

EVG4x[20W]/425mA IS up to 85 0,33 - 0,41 4 20 0,42 J GPH436T5L

EVG4x[40W]/425mA IS up to 170 0,65 - 0,8 4 35 0,42 J G36T5, GPH793T5, TUVSP36T5

S-EVG50-70W/760mA IS 55 75 0,22 - 0,36 1 50 - 70 0,75 - 0,77 D GPH846T5HO, GPH893T5HO

EVG2x[50-70W]/760mA IS up to 150 0,44 - 0,7 2 50 - 70 0,75 - 0,77 F GPH846T5HO, GPH893T5HO

S-EVG65-80W/880mA IS 70 85 0,28 - 0,41 1 65 - 80 0,85 - 0,9 D TUV36HO, GHO36T5

EVG2x[65-80W]/880mA IS up to 170 0,56 - 0,8 2 65 - 80 0,85 - 0,9 F TUV36HO, GHO36T5

EVG4x[150W]/1A IS up to 650 2,6 - 3,1 4 150 0,8 - 1,0 L TUV64T5HO, GHO64T5

EVG150-200W/1A IS 165 220 0,65 - 0,97 1 150 - 200 0,8 - 1,0 E GHO64T5

EVG2x[150-200W]/1A IS up to 440 1,3 - 1,9 2 150 - 200 0,8 - 1,0 G GHO64T5

Available Ballasts

Ballasts for two or four lamps are also working if not all lamps are connected.






status indication: green and red LED indicate operating statuspotential free relay contact, type D, L load: 50...200mA at 24...230V AC; 50...500mA at 5...60V DCtype E, F, G, J load: 50...200mA at 24...120V AC; 50...500mA at 5...60V DC

wire gauge: type D: 0,5...1mm² / type E, F, G, J, L: 0,75...1,5mm² (max. 0,75mm² for potential free relay contacts)


ballast type L



- 26 -09/2006


ballast type F

ballast type D

ballast type E

ballast type G

ballasts for one and two lamp operation available





status indication: green and red LED indicate operating statuspotential free relay contact, type D load: 50...200mA at 24...230V AC; 50...500mA at 5...60V DCtype E, F, G load: 50...200mA at 24...120V AC; 50...500mA at 5...60V DC

wire gauge: type D: 0,5...1mm², type E, F, G: 0,75...1,5mm² (type F: max. 0,75mm² for potential free relay contacts)


see next page for list of ballasts ⇒



- 27 -09/2006


ballasts for one and two lamp operation available

Available Ballasts

ballasts for two lamps are also working if only one lamp is connected.


input current [A]

lamps per ballast

power per lamp [W]

lamp current [A]

ballast type


S-EVG30-50W/425mA IS-1 32 - 55 0,25 - 0,53 1 30 50 0,39 - 0,42 D G36T5, GPH793T5, TUV36T5

EVG2x[3050W]/425mA IS-1 up to 110 0,5 - 1,05 2 30 50 0,39 0,42 F G36T5, GPH793T5, TUV36T5

EVG50-70W/425mA IS-1 55 75 0,43 - 0,72 1 50 70 0,39 - 0,42 E G64T5, TUV64T5

EVG2x[5070W]/425mA IS-1 up to 150 0,86 - 1,4 2 50 70 0,39 0,42 F G64T5, TUV64T5

S-EVG35-45W/610mA IS-1 38 50 0,3 - 0,48 1 35 45 0,6 - 0,62 D GPH436T5HO

EVG2x[3545W]/610mA IS-1 up to 100 0,6 - 0,96 2 35 45 0,6 0,62 F GPH436T5HO

EVG50-70W/760mA IS-1 55 75 0,43 - 0,72 1 50 70 0,75 - 0,77 E GPH846T5HO, GPH893T5HO

EVG2x[5070W]/760mA IS-1 up to 150 0,86 - 1,4 2 50 70 0,75 0,77 F GPH846T5HO, GPH893T5HO

EVG65-80W/880mA IS-1 70 85 0,55 - 0,8 1 65 80 0,85 - 0,9 E TUV36HO, TUV75, GHO36T5

EVG2x[6580W]/880mA IS-1 up to 170 1,1 - 1,6 2 65 80 0,85 0,9 G TUV36HO, TUV75, GHO36T5

EVG150200W/1A IS-1 160 220 1,26 - 2,1 1 150 -200 0,8 1 E GHO64T5




- 28 -09/2006

Accessories for Electronic BallastsStarting Component ESBS01-1/ESBS01

for delayed power-on of 4 electronic ballasts (delay time selectable from 0...12s) by DIP-switch),extensible up to 4 starting components/16 electronic ballasts by cascading


mains voltage: ESBS01-1: 115V AC ± 10% ESBS01: 230V AC ± 10%

mains frequency: 45...65Hz max. constant input current of ballasts (complete):

6A

dimensions (w/h/l):

(97/43/96) mm weight: 400g (0,881lbs)

device delay switch settings:

S1 on: 0s | S3 on: 8sS2 on: 4s | S4 on: 12s

ballast switching time:

ballast 1: device delay +0s | ballast 3: device delay +2sballast 2: device delay +1s | ballast 4: device delay +3s

Example for wiring and switching:



- 29 -09/2006

UV-Monitor PRO 2 with status indication by LED

UV-Monitor PRO 3 with relay contacts and status indication by LED



UV-Monitor PRO 10.4 with relay contacts, status indication by LED and LCD and integrated hour counter

UV-Monitor PRO 11 with relay contacts, status indication by LCD and integrated hour countersynchronous readout of uv-value and operating hoursLCD with green and red back lighting for status indication

UV-Monitor PRO 15with relay contacts, status indication by LCDand integrated hour countersynchronous readout of uv-value and operating hours

UV-Monitor PRO 16with relay contacts, status indication by LCDand integrated hour countersynchronous readout of uv-value and operating hoursLCD with green and red back lighting for status indication

UV-Monitor PRO 20 / PRO 20-S for analog and digital multi-sensoringwith relay contacts, status indication by LCDand integrated hour countersynchronous readout of uv-value and operating hours

Measurement TechniqueUV-Monitors - Overview

for monitoring of the relative and/or absolute uv-intensity


- 30 -09/2006


Measurement TechniqueRecommended Measurement Combinations

of Sensors and MonitorsPlease note: We offer the adjustment of the sensors according to your requirements.

PR

O2

PR

O3

PR

O5

PR

O8

PR

O1

0.4

PR

O1

0.4

-U2

PR

O1

0.4

-SLS

PR

O1

1P

I-I

PR

O1

1P

U3

-I

PR

O1

5

PR

O1

5-S

LS

PR

O1

6P

PR

O1

6I(

-I)

PR

O1

6U

3(-

I)

PR

O1

6P

I(-I

)

PR

O1

6P

U3

(-I)

PR

O2

0

UV

-Co

mp

act

IF0

1

IF0

2

IF0

3

SiC-SV01 x x x x x x x x x x x x x x x xSiC001 x x x x x x x x x x x x x x x xSiC001-PG x x x x x x x x x x x x x x x xSiCT001-PG x x x x x x x x x x x x x x x xSiC003 x x x x x x x x x x x x x x x xSiC003-PG x x x x x x x x x x x x x x x xSLS-SiC003 x xSLS-SiC003-PG x xSLS-SiC004 x xSLS-SiC004-PG x xSiC007-P x x x x x x x x x x x x x x x xSiC007-P-PG x x x x x x x x x x x x x x x xSiC007-I x x x x xSiC007-I-PG x x x x xSiC007-U2 x xSiC007-U2-PG x xSiC007-U3 x x x xSiC007-U3-PG x x x xSiC007-U10 xSiC007-U10-PG xSiC021-I x x x x xSiC021-I-PG x x x x xSiC021-U2 x xSiC021-U2-PG x xSiC021-U3 x x x xSiC021-U3-PG x x x xSiC021-U10 xSiC021-U10-PG xSiCDVGW001-LP x xSiCDVGW001-MP x xSiCDVGW002-LP x x x x xSiCDVGW002-MP x x x x xSiCONORM001-LP x xSiCONORM001-MP x xSiCONORM002-LP x x x x xSiCONORM002-MP x x x x x

Sensors and Monitors for the Digital Operation System

Digital Sensors Accessories UV-Monitors

D-SiC003(-PG)(-F) Interface IF03 for connection of analog (uv-diode out-put)sensors:

PRO11

D-SLS-SiC003(-PG)(-F) PRO16

D-SLS-SiC004(-PG)(-F) PRO20

D-SiC007(-PG)(-F) SiC-SV01 PLC

D-SiC021(-PG)(-F) SiC001(-PG)

D-SiCDVGW SiCT001-PG

D-SiCONORM SiC003(-PG)

SiC007-P(-PG)



- 31 -09/2006

Measurement TechniqueUV-Monitor PRO 2 with Status Indication by LED

UV-Monitor PRO 3 with Relay Contacts and Status Indication by LEDfor monitoring of the relative uv-intensity, e.g. in uv disinfection systems

PRO 2

PRO 3

Functions: display of the relative uv-output with three

LED's:

# GREEN: function o.k.# YELLOW: pre-alarm# RED: main alarm

PRO 3: potential free relay contact in accordance with status indication for main alarm

multi turn potentiometer for fine adjustment of sensitivity at 110%, shown through a green LED nearby the potentiometer

Attention: Risk of electric shock!

The device must be installed in a closed cabinet, otherwise lethal parts can be touched by hand. The device may be installed by authorized personnel only, to make sure all applicable safety rules are fulfilled.

Please consider the safety instructions in the installation and operating manual.


mains voltage: 230V AC ± 10% /50/60 Hz(115V AC/60Hz or 24V DC types available on request)

operating temperature:

0...40°C storage temperaturerange:

-40°C...+70°C

measurement range: adjustable for customer purpose by manufacturer

status indication: 3 LED: green: function o.k. yellow: pre-alarm red: main alarm

switching thresholds:

red: 0 - 49% (main alarm)yellow: 50 - 74% (pre-alarm)green: > 74% (function o.k.)(or customers specification)

dimensions (w/h/l): (75/49/41)mm mounting: 4 mounting holes ∅ 3,8mmhole center distance: (65 x 38)mm

For use in dry environment only!

monitor type

sensor signal relay contact weight suitable sensor types

PRO2 diode output no relay contact 120g SiC-SV01, SiCT001-PG, SiC001(-PG), SiC003(-PG), SiC007-P(-PG)

PRO3 diode output potential free relay contact, load: 5mA...1A/5V...230V AC 5mA...1A/5V...60V DC relay threshold 50%

150g

Available Monitor Types



- 32 -09/2006

Measurement TechniqueUV-Monitor PRO 5/ PRO 8 with Relay Contacts

and Status Indication by LEDfor monitoring of the relative uv-intensity, e.g. in uv disinfection systems

PRO 5

PRO 8

PRO 5-PF

Functions display of the relative uv-output with three

LED's:

# GREEN: function o.k.# YELLOW: pre-alarm# RED: main alarm

potential free relay contacts in accordance with status indication:

# PRO 5: main alarm # PRO 8: pre-alarm, main alarm

multi turn potentiometer for fine adjust-ment of sensitivity at 110%, shown through a green LED nearby the potentio-meter (available at front or back side of the monitor)


monitor type

sensor signal

suitable sensor types

switching thresholds

relay contact load potentiometer for fine adjust-ment

dimensions (w/h/l):

mounting weight

PRO5-PF diode output

SiC-SV01, SiCT001-PG,SiC001, SiC001-PG, SiC003, SiC003-PG, SiC007-P, SiC007-P-PG

red: 0...49% (main alarm)

yellow: 50...74% (pre-alarm)

green: > 74% (function o.k.)

(or customers specification)

50...200mA/24V...230V AC100...500mA/24V...60V DC

at front side (72/72/77) mm

cut-out according DIN43700 (68+0,7x 68+0,7)

240g

PRO5 diode output

50...200mA/24V...230V AC100...500mA/24V...60V DC

at back side (72/72/77) mm


240g

PRO8 diode output

50...200mA/24V...230V AC50...500mA/24V...60V DC

at back side (96/48/80) mm


250g





0...40°C storage temperaturerange:

-40°C...+70°C

measurement range: adjustable for customer purpose in wide range

status indication: LED green: function o.k.LED yellow: pre-alarmLED red: main alarm

relay contact for alarm:

potential free relay contact

Accessories - cover for uv monitors for protection level IP65 at front

cover for UV-Monitor PRO5




- 33 -09/2006

Measurement TechniqueUV-Monitor PRO10.4 with Relay Contacts

and Status Indication by LED and LCDfor monitoring and evaluation of relative and absolute uv-intensity (depending on sensor type)

and for displaying the specific irradiation, determined from flow rate measurement and reactor vessel volume

Functions: LCD-Display: uv-intensity in % or W/m²

(in case of calibrated sensor); 3 front LED: operating status

accepts a wide variety of sensor types: photo diodes, current sensors (Austrian ÖNORM or German DVGW), voltage sensors on request

adjustment of end value in %:# coarse adjustment of

sensitivity* in 8 steps, # fine adjustment in a small range

by special multi turn potentiometer (if a photodiode is used),

# display of 110% - value at rear panel (green LED flashes)

adjustment of end value in W/m²

depending on the sensor type* (using a calibrated sensor with standard current port: 4-20mA, 0-20 mA; 0-2 V on request)

two potential free relay contacts indicate pre alarm and main alarm condition, swit-ching thresholds can be programmed*

internal real time clock for counting purposes*

internal hour counter to determine the total operation time of the system

user programmable hour counter e.g. for counting operation hours of the lamps

end of lamp life time display*, after reaching the programmed value the yellow LED is blinking

two display modes to display either uv-intensity value or the user programmable

hour counter, switched by a switch input at the rear side of the device

contact for fault of lamp alarm; by shorting this contact externally the red LED is blin-king and the main alarm relay operates

input to sense operation mode "UV-off". If the unit does not work continuously this contact stops counting of operation hours and uv measuring, the last counter reading remains stored; to prevent alarm during starting up or switching on again, a delay time can be programmed*

internal operating cycle counter*

RS232 - port for service at the rear panel of the device

*can be programmed by manufacturer and/or by customer by service device SER10 orby PC (software MONITOR_ORGANIZERrequired)




0...45°C protection level: IP00(IP65 at front on request)

measurement range: adjustable for customer purpose in wide range output signal: 4-20mA

status indication: LCD: 3 digits, 9mm heigth

3 LED (front): green: function o.k. yellow: pre-alarm red: main alarm

1 LED (back): adjustment of sensitivity green: >110%

relay contact for alarm:

potential free relay contact relay contact load: 50-500mA at 24V-230V AC100-500mA at 24V-60V DC

dimensions (w/h/l): (96/48/134)mm mounting: cut-out according DIN43700 (92+0,8 x 45+0,6)

weight: 300g

For use in dry environment only!for side looking sensors please order uv-monitor PRO10.4 SLS

monitor type sensor signal suitable sensor types

PRO10.4 diode output or current output

SiC-SV01, SiC001(-PG), SiCT001-PG, SiC003(-PG), SiC007-P(-PG), SiC007-I(-PG), SiC021-I(-PG), SiCDVGW002-LP, SiCDVGW002-MP, SiCONORM002-LP, SiCONORM002-MP

PRO10.4-U2 diode output or voltage output

SiC-SV01, SiC001(-PG), SiCT001-PG, SiC003(-PG), SiC007-P(-PG), SiCDVGW001-LP, SiCDVGW001-MP, SiCONORM001-LP, SiCONORM001-MP, SiC007-U2(-PG), SiC021-U2(-PG)

PRO10.4-SLS diode output side looking sensors: SLS-SiC003(-PG), SLS-SiC004(-PG)




Accepted by DVGW and OENORM



- 34 -09/2006

Measurement TechniqueService Device and Service Software for UV-Monitor PRO10

for the adjustment of the uv system parameters

SER10 MONITOR_ORGANIZER

Functions: automatic change to the service mode,

after the connection of the service device

display and setting of the internal monitor clock

display of the total operating hour counter

display and reset of the user programmable hour counter

set of lamp operation time

display and change of the delay time after "UV-off"

display and change of the threshold for main alarm

display and change of the threshold for pre alarm

configuring of sensor input (current input or fotodiode)

coarse adjustment of input sensitivity (8 steps) if a fotodiode is used

adjustment of end value (1...1999W/m²) if a current or voltage sensor is used

display and reset of the operating cycle counter

a 9V block battery is required

Technical Specification SER10

power supply: 9V (battery or accumulator)

operating temperature: 0...45°C

storage temperature range:

-40°C...+60°C

weight: 200g

accessories: interface cable, instructions

status indication: LCD 3 digits, 9mm heigth

dimensions (w/h/l): (60/125/25)mm

protection level: IP00


Functions: display of all data from the UV-Monitor PRO10

setting and storage of new configurations at the Monitor PRO10

adjustment of the alarm value thresholds for operation of the potential free relay contacts

display and change of the delay time after "UV-off"

display of the operating cycle counter

setting of lamp operation time

special function to turn on and off of a pump contact (by request)

display of total hour counter

display and change of user programmable hour counter

selection of a standard current port

date/ time adjustment

selection of sensor input

special function for calculating of specific irradiation based on intensity, flow rate and reactor vessel volume on request

configuration can be saved at PC harddisk

language can be adapted

Software MONITOR_ORGANIZER V2.02eng Service device SER10



- 35 -09/2006

Measurement TechniqueUV-Monitor PRO11 with Relay Contacts

and Status Indication by backlighted LCDfor monitoring and evaluation of relative and absolute uv-intensity (depending on sensor type)

and for displaying the specific irradiation, determined from flow rate measurement and reactor vessel volume





measurement range: automatic adjustment output signal: 4...20mA (potential free)

status indication: LCD: 2*12 digits, 14,5mm heigth backlight colour: green: function o.k., yellow: pre alarm, red: main alarm

relay contact for alarm: 2 potential free relay contacts relay contact load:

50-500mA at 24V-230V AC100-500mA at 24V-60V DC

dimensions (w/h/l): (96/48/114)mm mounting hole: cut-out according DIN43700 (92+0,8 x 45+0,6)

weight: 300g

For use in dry environment only!for side looking sensors please order uv-monitor PRO11SLS



Functions: LCD-Display:

# synchronous readout of uv-value (1st row of display) and operating hours (2nd row of display),

# green (normal), yellow (pre-alarm) and red (main alarm) back lighting,

# uv-intensity in %, W/m² or mW/cm² (in case of calibrated sensor)

accepts a wide variety of sensor types: photo diodes, current sensors, voltage sensors on request

automatic adjustment of end value (using a photodiode)

adjustment of end value in W/m² depen-ding on the sensor type*

(using a calibrated sensor)

two potential free relay contacts indicate pre alarm and main alarm condition, swit-ching thresholds can be programmed*

internal real time clock for counting purposes*



end of lamp life time display*, after reaching the programmed value display shows "exchange lamp"

contact for fault of lamp alarm; by shorting this contact externally the display shows "lamp error"

input to sense operation mode "UV-off";

if the unit does not work continuously this contact stops counting of operation hours and uv measuring, the last counter reading remains stored; to prevent alarm during starting up or switching on again, a delay time can be programmed*

internal operating cycle counter*

RS232 - port for service at the rear panel of the device

optional RS485 - port for digital operation system


*can be programmed by manufacturer and/or by customer

monitor type sensor signal suitable sensor types

PRO11PI-I diode output or current output

SiC-SV01, SiC001(-PG), SiCT001-PG, SiC003(-PG), SiC007-P(-PG), SiC007-I(-PG), SiC021-I(-PG), SiCDVGW002-LP, SiCDVGW002-MP, SiCONORM002-LP, SiCONORM002-MP

PRO11PU3-I diode output or voltage output

SiC-SV01, SiC001(-PG), SiCT001-PG, SiC003(-PG), SiC007-P(-PG), SiC007-U3(-PG), SiC021-U3(-PG)




- 36 -09/2006

monitor type supply suitable sensor types

PRO15 /230V AC 230V AC ± 10% 50/60Hz 1,8W SiC-SV01, SiC001(-PG), SiCT001-PG, SiC003(-PG), SiC007-P(-PG) on request:SLS-SiC003(-PG), SLS-SiC004(-PG)

PRO15 /115V AC 115V AC ± 10% 50/60Hz 1,8W

PRO15 / 12V DC 12V DC ± 10% 50/60Hz 1,8W

PRO15 / 24V DC 24V DC ± 10% 50/60Hz 1,8W


Monitoring Features synchronous readout

of uv-value (1st row of display) and operating hours (2nd row of display)

menu operation by buttons

uv-value monitoring: relative uv-intensity (in %)

message "UV-value low" in case of uv-value below switching threshold

adjustment of sensitivity (automatic end adjustment)

hour counter: internal real time clock

total operation time

programmable lamp hour counter

programmable lamp lifetime

message "exchange lamp" in case of reached end of lamp lifetime


mains voltage: see monitor type CE-conform: yes


0...40°C

display: 2*8 digits, adjustment of contrast by potentiometer



dimensions (w/h/l): (72,5/44/72,5)mm weight: 170g

relay contact for alarm: potential free relay contact load: 50-200mA at 24V-120V AC50-500mA at 5V- 24V DC

pin assignment:pin 3: normally off contactpin 4: change-over contactpin 5: normally on contact

running time of the clock:

approx. 8 years

Monitor Pro15 types for sidelooking sensors (SLS) available on request

Measurement TechniqueUV-Monitor PRO15 with Relay Contacts, Status Indication by LCD,

Integrated Hour CounterThe monitor is intended for monitoring of the relative uv-intensity.

Please consider the safety instructions in the installation and operating manual.For use in dry environment only!



- 37 -09/2006

Measurement TechniqueUV-Monitor PRO16 with Relay Contacts, Status Indication by LCD,

Integrated Hour CounterThe monitor is intended for monitoring of absolute/relative uv-intensity.

Features

various input types

uv intensity - absolute measurement by using a calibrated sensor- relative measurement by using a photodiode

automatic sensitivity adjustment (photodiode)

2*12 digit display (red/green backlight)

internal clock

global and user hour counter

adjustable end of lamp lifetime alarm

adjustable uv-low alarm

fault relay - potential free relay contact

menu lock


PR

O1

6P

PR

O1

6I

PR

O1

6U

3

PR

O1

6I-

I

PR

O1

6U

3-I

PR

O1

6P

I

PR

O1

6P

U3

PR

O1

6P

I-I

PR

O1

6P

U3

-I

photodiode input x x x x x4...20mA current input x x x x0...3V voltage input x x x x4...20mA current output x x x xabsolute measurement x x x x x x x xrelative measurement x x x x x x x x xsensor power supply +12V DC stabilised x x x x x x x x


mains voltage: 230V AC ± 10% 50/60Hz 2W CE-conform: yes

mains frequency: 45...65Hz ambient temperature: 0...40°C

display: 2*12 digits, green or red back lighting for status indication, adjustment of contrast by menu


language: alternatively English or German

dimensions (w/h/l): (72,5/44/72,5)mm weight: 200g

relay contact: load: 20-200mA at 24V-120V AC / 20-500mA at 5V- 24V DC

running time of the clock: approx. 8 years

2*12 display

buttons

real time clock

memory

relay

power supply

photodiode input

(PRO16Px-x)

4...20mA input

( )PRO16xI-x

0...3V input

( )PRO16xU3-x

4...20mA output

(PRO16xx-I)

central

processing

unit

Dimensions Block schematic

Please consider the safety instructions in the installation and operating manual.For use in dry environment only!



- 38 -09/2006

Measurement TechniqueUV-Monitor PRO20 for Analog and Digital Multi-Sensoring

for monitoring and evaluation of relative and absolute uv-intensity(depending on sensor type)

and for displaying the specific irradiation,determined from flow rate measurement and reactor vessel volume

PRO 20 PRO 20-S





sensor ports: 4 diode-output-sensors (optional: current or voltage output)

2 additional inputs for current-output sensors or flow meter

suitable sensor types:

P-SiC003, P-SiC003-PG, P-SiC007, P-SiC021, P-SLS-SiC003, P-SLS-SiC004P-SiCDVGW, P-ONORM

with Interface IF03: SiC-SV01, SiC001, SiC001-PG, SiCT001-PG

additional ports: 4 optic isolated gate inputs3 potential free relay contacts (change-over contact)1 potential free output 4...20mA

1 RS485 interface for digital sensor bus (digital operation system)1 measurement input for temperature1 RS232-port for service

relay contact load: 50-500mA at 24V-230V AC100-500mA at 24V-60V DC

measurement range: adjustable for customer purpose in wide range

status indication: LCD 4*20 digits with green, yellow and red back lighting for status indication

internal buzzer (disengageable)

dimensions (w/h/l): with housing (PRO 20): (143/143/67)mm

without housing (PRO 20-S): (134/134/45)mm

weight: 300g mounting: cut-out according DIN43700 (138+1,0 x 138+1,0)


Functions: LCD-Display:

# different (customer specific) display modes,

# green, yellow and red back lighting,

# uv-intensity in % or W/m² (in case of calibrated sensor)

accepts a wide variety of sensor types: photo diodes, current sensors (Austrian OENORM or German DVGW), voltage sensors on request

automatic adjustment of end value

adjustment of end value in W/m² depending on the sensor type* (using a calibrated sensor with standard current port: 4-20mA; 0-20 mA; 0-2 V on request)

input for temperature sensor

three potential free relay contacts indicate pre alarm and main alarm condition, swit-ching thresholds can be programmed

four optic isolated gate inputs for switching purposes

internal buzzer (disengageable) for status indication

internal real time clock for counting purposes



end of lamp life time display, after reachingthe programmed value display shows "exchange lamp"

contact for fault of lamp alarm; by shorting this contact externally the display shows "error lamp"

calculation of the specific irradiation by Ee and flow


extensive customer specific menu system editable (different languages)



- 39 -09/2006

Silicon Carbide UV Diode SiC-0,1/SiC-0,1-F/SiC-0,25 for ZED UV sensors

UV-Sensor SiC001/SiC001-PG with diode output

UV-Sensor SiC001T-PG teflon sensor with diode output

UV-Sensor SiC003/SiC003-PG with diode output

UV-Sensor SLS-SiC003/SLS-SiC003-PG side-looking sensor with amplified diode output

UV-Sensor SLS-SiC004/SLS-SiC004-PG side-looking sensor with amplified diode output

UV-Sensor SiC007-x / SiC007-x-PGwith diode, current or voltage output

UV-Sensor SiC021-x / SiC021-x-PG with current or voltage output

UV-Sensor SiCDVGWx/SiCONORMx according to German rule W294 / Austrian rule OENORMwith voltage or current output

UV-Sensor SiC-SV01 with diode output

Measurement TechniqueUV-Sensors - Overview

for measurement in uv-units



- 40 -09/2006

SiC-0,1 SiC-0,25SiC-0,1-F

(with uvc-filter)

Silicon Carbide UV Diodesfor ZED UV Sensors

exclusively for uv measurement, e.g. monitoring of sterilistaion lamps or flame monitoring

Shielding connection must not be used as earth connection for safety reasons.

body: TO 18 (SiC-0,1, SiC-0,25: diode is electrically isolated from housing)

operation temperature: -25°C...70°C storage temperature: 0°C...100°C

soldering temperature: 260°C (3s max.)

diode name spectral range [nm]

uv sensitive area [mm²]

max. uv sensitivity on λmax = 275nm

max. uv sensitivity on λmax = 254nm

dark current [fA] on VR =1V

short-circuit current [nA]on bright sun/cloudy sky

reverse voltage [V]

capacity [pF]

SiC-0,1 210...380 0,0625 0,13 A/W 0,11 A/W 1 50/20 20 21

SiC-0,1-F 210...280 0,0625 1 - 20 21

SiC-0,25 210...380 0,25 1 50/20 20 21




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PG versions without plug connection between sensor and cable.

Sensor SiC003(-PG) is also available as digital sensor for digital operation system, please order D-SiC003(-PG).

SiC-SV01, SiC001(-PG), SiC003(-PG), SiCT001-PG require interface IF03 for interconnection with digital operation system.

The sensors are daylight blind (see diagramm) and standard without uvc-filter. Limitation of spectral sensitivity with uvc-filter is available on request for use with medium pressure lamps. Add -F for sensor with uvc filter.

type thread/length for mounting

wrench size [mm]

diameter [mm]

length [mm] weight [g] suitable monitor types

SiC-SV01 - - 17,5 38,5 140 (including 1m cable)PRO2, PRO3, PRO5, PRO8, PRO10.4, PRO11PRO15, PRO16, IF01, IF02, IF03

SiC001 G 1/4 / 14mm 19 21,7 49 (with plug: 84) 55 (+115g cable and plug)

SiC001-PG G 1/4 / 14mm 19 21,7 61 125 (including 1m cable)

SiCT001-PG G 1/4 / 14mm 17 20 57 85 (including 1m cable)

SiC003 G 3/4 / 11mm 32 37 52 (with plug: 87) 195 (+115g cable and plug)

SiC003-PG G 3/4 / 11mm 32 37 63 270 (including 1m cable)

SiC001 for UV-Compact1

G 1/4 / 14mm 19 21,7 49 55 (no additional cable) UV Compact MC

SiC001-PG-BNC G 1/4 / 14mm 19 21,7 61 180 (including 2m cable) UV Compact MCplus

SiC-SV01 SiC003

SiC001

SiC003-PG SiCT001-PG

SiC001-for UV-Compact SiC001-PG SiC001-PG-BNC

Measurement TechniqueUV-Sensors for Monitoring of Relative UV-Intensities

to be used for measurement in UV-units



diode type: silicon carbide (SiC) 0,0625mm²(SiCT001-PG: 0,25mm²)

body: stainless steel 1.4305(SiCT001-PG: Teflon)

spectral range: 210...380nm (with uvc-filter: 210...280nm)

flare angle: 26°

max. pressure: SiC001(-PG)/SiCT001-PG/SiC003(-PG):10bar SiC-SV01: diode is sealed with quartz window-pro-tection against humidity only


connection: 2wire cable, shielded:SiC001/SiC003: mounting cable with straight connector M12, length 2.90m(IP65 if inserted and screwed with straight M12 connector)SiC-SV01, SiC001-PG, SiCT001-PG, SiC003-PG: mounted cable, length 1m (up to 2,90m on request)SiC001 for UV-Compact: no additional cable (cable with straight connector M12 already mounted on UV Compact MC)SiC001-PG-BNC: mounted cable with BNC-Plug for connection to UV Compact MCplus

mounting restrictions:

cover thread with teflon tape or ceramo paste before mounting

Available Sensor Types


wrench size [mm]

diameter [mm]


SiC-SV01 - - 17,5 38,5 140 (including 1m cable)PRO2, PRO3, PRO5, PRO8, PRO10.4, PRO11PRO15, PRO16, IF01, IF02, IF03

SiC001 G 1/4 / 14mm 19 21,7 49 (with plug: 84) 55 (+115g cable and plug)

SiC001-PG G 1/4 / 14mm 19 21,7 61 125 (including 1m cable)

SiCT001-PG G 1/4 / 14mm 17 20 57 85 (including 1m cable)

SiC003 G 3/4 / 11mm 32 37 52 (with plug: 87) 195 (+115g cable and plug)

SiC003-PG G 3/4 / 11mm 32 37 63 270 (including 1m cable)

SiC001 for UV-Compact1

G 1/4 / 14mm 19 21,7 49 55 (no additional cable) UV Compact MC

SiC001-PG-BNC G 1/4 / 14mm 19 21,7 61 180 (including 2m cable) UV Compact MCplus



- 42 -09/2006

Add -F for sensor with uvc filter.Side-Looking sensors are also available as digital sensors for digital operation system. Please order D-SLS-SiC003(-PG)/D-SLS-SiC004(-PG).


wrench size [mm]

diameter [mm]


SLS-SiC003 G 3/4 / 11mm 32 37 70 (with plug: 120) 190 (+115g cable and plug)PRO10.4 SLS, PRO15 SLS

SLS-SiC003-PG G 3/4 / 11mm 32 37 81 270 (including cable)

SLS-SiC004 - - 21,5 75 (with plug: 127) 85 (+115g cable and plug)

SLS-SiC004-PG - - 21,5 86 171 (including cable)

SLS-SiC003 SLS-SiC003-PG

SLS-SiC004 SLS-SiC004-PG

daylight blind (see diagramm below)

standard without uvc-filter limitation of spectral sensi-

tivity with uvc-filter on request

PG versions without plug connection between sensor and cable

integrated amplifier ±5V (DC supply necessary)extended flare angle

of side looking sensors

Measurement TechniqueUV-Sensors with Extended Flare Angle (Side-Looking Sensors)

for Monitoring of Relative UV-Intensitiesto be used for measurement in UV-units


diode type: silicon carbide (SiC) 0,25mm² body: stainless steel 1.4305

spectral range: 210...400nm(with uvc-filter: 210...280nm)

flare angle: see diagram above

max. pressure: 10bar operating temperature: 0...40°C

connection: SLS-SiC003 / SLS-SiC004: connector M12, mounting cable with plug included, length: 2.90mSLS-SiC003-PG / SLS-SiC004-PG: cable length 1m (up to 2,90m on request)

supply voltage: ±5V

mounting restrictions: cover thread with teflon tape or ceramo paste before mounting


Limitation of spectral sensitivity with uvc-filter available on request for use with medium pressure lamps.




- 43 -09/2006




flare angle: 26°

supply voltage UB:(current/voltage output)

9 24V stabilised, I ≤ 25mA(min. 12V for SiC007-U10)

linearity within the initial voltage range:

2%

temperature drift: 0,03 W/m²/K max. pressure: diode is sealed with quartz window-protection against humidity only


dimensions: body-diameter: 20mm outer ring: 27mm

length: 86mm (SiC007)95mm (SiC007-PG, without cable)

weight: 120g (SiC007)155g (SiC007-PG with 1m cable)

connection: SiC007: connector M12 (Hirschmann cable plug ELST 5012), mounting cable with plug included, length: 2.90mSiC007-PG: cable length 1m

(other cable lengths on request)

SiC007-P-PG

adjusted versions with current or voltage output photodiode output versions also available PG versions without plug connection

between sensor and cable

suitable as plug-in sensor in measurement window MF001 daylight blind (see diagramm below) standard without uvc-filter limitation of spectral sensitivity with uvc-filter on request

SiC007-I-PGSiC007-Ux-PG SiC007-P SiC007-I

SiC007-Ux

Measurement TechniqueUV-Sensor SiC007 for MF001 with various output signals

for the measuring / monitoring of UV irradiation

* other values on request. Add -F for sensor with uvc filter. SiC007(-PG) is also available as digital sensor for digital operation system. Please order D-SiC007(-PG).


sensor type signal output value adjusted value* min. load resistance Rmin

max. load resistance Rmax

SiC007-P photodiode output diode current - - -

SiC007-P-PG photodiode output diode current - - -

SiC007-I current output 4 - 20mA 20mA - 9V⇒330Ω / 24V⇒1kΩSiC007-I-PG current output 4 - 20mA 20mA - 9V⇒330Ω / 24V⇒1kΩSiC007-U2 voltage output 0 - 2V 2V 220Ω -

SiC007-U2-PG voltage output 0 - 2V 2V 220Ω -

SiC007-U3 voltage output 0 - 3V 3V 270Ω -




Mounting RestrictionsAttention! The sensor is not suitable for directly use in water! The diode is sealed with quartz window-protection against humidity only. Please do not touch the surface of the sensor window.

We recommend the use of a sealing ring (O-ring, 20x1,5) in the outer ring.


Do not connect or disconnect sensor-plug while supply voltage is switched on.




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SiC021-x-PG

adjusted versions with current or voltage output

daylight blind (see diagramm below)

standard without uvc-filter limitation of spectral sensiti-

vity with uvc-filter on request PG versions without plug

connection between sensor and cable

SiC021-x




flare angle: 26°

supply voltage UB: 9 24V stabilised, I ≤ 25mA(min. 12V for SiC021-U10)

linearity within the initial voltage range:

2%

temperature drift: 0,03 W/m²/K max. pressure: 10bar


dimensions: thread: G1/4wrench size:19body-diameter: 22mm

length: 67mm (SiC021)78mm (SiC021-PG without cable)

weight: 77g (SiC021)105g (SiC021-PG with 1m cable)

connection: SiC021: connector M12 (Hirschmann cable plug ELST 5012), mounting cable with plug included, length: 2.90mSiC021-PG: cable length 1m(other cable lengths on request)

mounting restrictions: cover thread with teflon tape or ceramo paste before mounting

Measurement TechniqueUV-Sensor SiC021 with various output signals

for the measuring / monitoring of UV irradiation

* other values on requestAdd -F for sensor with uvc filter.SiC021-PG is also available as digital sensor for digital operation system. Please order D-SiC021(-PG).


sensor type signal output value adjusted value* min. load resistance Rmin

max. load resistance Rmax

SiC021-I current output 4 - 20mA 20mA - 9V⇒330Ω / 24V⇒1kΩSiC021-I-PG current output 4 - 20mA 20mA - 9V⇒330Ω / 24V⇒1kΩSiC021-U2 voltage output 0 - 2V 2V 220Ω -






Shielding connection must not be used as earth connection for safety reasons.Do not connect or disconnect sensor-plug while supply voltage is switched on.




- 45 -09/2006

* output value 0...10V on request

sensor type signal output value* suitable monitor types lamp types

SiCDVGW001-LP voltage output 0...2V

PRO10.4 (0-2V)

low pressure lamps

SiCDVGW001-MP voltage output 0...2V medium pressure lamps

SiCONORM001-LP voltage output 0...2V low pressure lamps

SiCONORM001-MP voltage output 0...2V medium pressure lamps

SiCDVGW002-LP current output 4...20mA PRO10.4, PRO11PI-I, PRO16I (-I) PRO16PI (-I)

low pressure lamps

SiCDVGW002-MP current output 4...20mA medium pressure lamps

SiCONORM002-LP current output 4...20mA low pressure lamps

SiCONORM002-MP current output 4...20mA medium pressure lamps

suitable as plug-in sensor in measurement window MF001

several supply voltages available

several output signals available

SiCDVGW SiCONORM

Measurement TechniqueUV-Sensors adapted to Special Regulations, Calibrated

according to German rule W294, resp. Austrian rule OENORM



uv-sensor: silicon carbide-(SiC) diode 0,25*0,25mm²

body: stainless steel 1.4307

dimensions: diameter of the body: 20mmdiameter of the outer ring: 27mmlength: 91mm insert length: 59mm

weight: 83g (without cable)

supply voltage UB: 9 15V stabilised linearity within the initial voltage range:

2%

operation current: SiCxxx001: <10mASiCxxx002: <25mA

calibration: according customers specification

temperature drift: 0,03 W/m²/K max. pressure: 10bar (only with MF001)


connections: cable, length 2.90m, with plug M12 (Hirschmann cable plug ELWIST 5012)




- 46 -09/2006

Measurement TechniqueUV-Sensors adapted to Special Regulations, Calibrated

according to German rule W294, resp. Austrian rule OENORM

Measurement window MF001 for DVGW-sensors and ONORM-sensors

The uv-measurement window according to rule W294, suitable for input of DVGW Sensor SICDVGW***, the uv-measurement window according to rule OENORM, suitable for input of ONORM Sensor SICONORM***,

watertight up to 10bar, consists of:

stainless steel (1.4305) body: length: 65mm / wrench size: 32 / thread: G1, 20mm longweight: 365g

hole for sensor input ∅ 20 x 60mm with cap nut M30 x 2 to connect the sensor

window made from quartz glass ∅ 24,5 x 5mm

MF001

desired value according to DVGW

actual value of the sensor

0

20

40

60

80

100

120

rela

tive

se

nsitiv

ity

[%]

240200

wavelength [nm]

medium pressure lamps: spectral sensitivity

300280 340220 260 3200

20

40

60

80

100

120

rela

tive

se

nsitiv

ity

[%]

240190

wavelength [nm]

low pressure lamps: spectral sensitivity

340290 390

Spectral Sensitivity for Low and Medium Pressure Lamps

Characteristics



- 47 -09/2006

Measurement TechniqueInterfaces IF01, IF02, IF03

for the Connection of Sensors and PLC

Functions:1. amplification of the signal output of fotodiode current sensors to voltage

output 0...5V (IF01) resp. current output 4...20mA (IF02) 2. adjustment of the sensor output signal according to the requirements

of the PLC (IF01, IF02) or of the digital operation system (IF03)3. 2 input/output channels4. fine adjustment of amplification by multi turn potentiometer


mains voltage: 230V AC ± 10%, 50Hzmax. 2,5W115V-types available on request

protection level: IP00

input: up to 2 fotodiodes(adjustment necessary)

weight: 200g

dimensions (w/h/l): (97/48/43)mm mounting: DIN rail


Examples for wiring

type output IF01 2x 0...5V

(2x 0...2V on request)

IF02 2x 4...20mA

IF03 digital sensor signal

Available Interface Types



- 48 -09/2006

type switching threshold

operation current range

switch ondelay time

switch offdelay time

using with

SW 5.60 60 mA 60 - 200 mA ca. 0,5s ca. 0,5selectronic ballasts, monitoring fan, other control functions

SW 5.200 200 mA 200 - 800 mA ca. 0,5s ca. 0,5s

SW 5.800 800 mA 800 - 1000 mA ca. 0,5s ca. 0,5s

SW 10.60 60 mA 60 - 200 mA ca. 6s ca. 2sstarter and choke, other conventional circuit, electronic ballasts, other control functions

SW 10.200 200 mA 200 - 800 mA ca. 6s ca. 2s

SW 10.800 800 mA 800 - 1500 mA ca. 6s ca. 2s

SW 10.1500 1500 mA 1500 - 2500 mA ca. 6s ca. 2s

SW 10.2500 2500 mA 2500 - 4000 mA ca. 6s ca. 2s

SW 10SW 5

Measurement Technique Control Units SW5 and SW10 for Lamp Function Control

Control units for other applications are also available.


mains voltage: 230V AC ± 10%

mains frequency: 45...65Hz

status indication: SW5:two potential free relay contacts (closed at correct operation), load: 50 - 500mA at 24V - 230V AC; 100 - 500mA at 24V - 60V DC

SW10:green and red LED indicate operating status,two potential free change over contacts,load: 50 - 500mA at 24V - 230V AC; 100 - 500mA at 24V - 60V DC

weight: SW5: 70gSW10: 200g

dimensions: (w/h/l) SW5: (97/27/43)mmSW10: (97/48/43)mm


mounting: DIN rail (DIN EN 50 022-35)

Available Lamp Control Types



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Measurement TechniqueUV-Radiation Meter UVM-CP

for measurement of radiation intensity

The UV radiation meter is available for UV-A, UV-B, UV-C and UV/vis.

The gauge is equipped as standard with a cos-correction, which permits exact measurement at short distance.

The housing of the hand unit is made of polystyrene, the housing of the probe of aluminium.


power supply: 9V (battery or accumulator) operating temperature: 15...40°C

status indication: LCD 3 digits, 9mm heigth protection level: IP00

measurement range: 2/20/200/2.000 mW/cm² measurement resolution: 1/10/100/1.000 µW/cm²

spectral range: UV-A: 310...420nmUV-B: 250...370nmUV-C: 200...300nmUV/vis: 370...440nm

reproduction: 3/30/300/3.000 µW/cm²





- 50 -09/2006

UV-Lamps and AccessoriesQuartz Tubes

Immersion Tube Lamps

Our product range includes low pressure lamps and amalgam lamps of leading manufacturers.

Beside standard and special uv lamps we offer accessories like quartz tubes in different lengths and diameters and also special lamp sockets.

Furthermore we offer the production of uv immersion lamps for water disinfection and other applications.

quartz tubes

uv immersion tube lamps



- 51 -09/2006

The socket is allowed up to 100W/1A.Wire must be solid or top coated stranded copper wire. Solder dipped is not recommended. Strip length: 1,1...1,25cm. Wire leads to be fully inserted into wiring port, ensuring uninsulated end of wire is not exposed. Use wire end ferrules with a length of 12mm. We recommend crimping pliers with square crimping e.g. KNIPEX KN975304.

Lamp Socket: 4pin plastic type

article code F4P

dimensions (l/w/h) (16/13/26,4)mm

wire gauge 0,5...0,8mm²

max. ambient temperature 60°C

max. current 1A

max. voltage 600V

Wire must be crimped with included crimp contact, strip length: 3,5mm. We recom-mend AMP PRO-CRIMPER II Hand Tool Assembly 90871-1 with Die Assembly 90871-2 for crimping contacts.

Lamp Socket: 4pin ceramic type

article code KF4P

dimensions (l/w/h) (17,5/14/23,3)mm

wire gauge 0,5...2mm²


max. current 6A

max. voltage 600V

Wire must be crimped with included crimp contact, strip length: 3,5mm. We recom-mend AMP PRO-CRIMPER II Hand Tool Assembly 90871-1 with Die Assembly 90871-2 for crimping contacts.

Lamp Socket: 2G11 ceramic type

article code KF2G11

dimensions (l/w/h) (43/33/23)mm (without spring)



max. current 6A

max. voltage 600V

Connection by supplied mounting cable.

Lamp Socket: 2pin plastic type

article code F2P

dimensions (diam./h) (18/13)mm


max. current 1,5A

max. voltage 600V

strip length: 3,5mmWe recommend AMP PRO-CRIMPER II Hand Tool Assembly 90871-1 with Die Assembly 90871-2 for crimping contacts.

Crimp Contacts for Lamp Sockets

article code single pins for KF4P or KF2G11

dimensions inner diameter: 2,26mm, length: 19,8mm



max. current 6A

max. voltage 600V

UV-Lamps and AccessoriesLamp Sockets for Low Pressure Lamps

Ceramic Lamp Sockets especially for Amalgam Lamps

Do not use the sockets in chemical aggressive and/or humid environment!

Solutions for UV Systems Electronic Ballasts Electronic...

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