GENUV MG-05.1 User manual

GNF - 722 - 12 (0) Genicom Co., Ltd. A4(297×210㎟)
1. Product Features and Applications
2. Product Specification and Configuration
3. Product Installation
4. Front panel explanation
5. Function explanation
6. Relative Reaction Curves of UV Sensors
7. A/S Request in Case of Product Failure
8. Notes
9. Relay Operation method
Instruction Manual
MG-05.1
(UV Radiometer)
Ver.10

GNF - 722 - 12 (0) Genicom Co., Ltd. A4(297×210㎟)
Page 1
Fig. 1 UV Radiometer 5.0
1. Product Features and Application
1) Features
Display is 5 types : Relative Power (RP), Accumulative Time (AT) and Absolute Power (AP)
Max power, Dose display (mJ/㎠)
Output is 3 types : DC Voltage, DC Current and Relay
2) Applications
UV Lamp Monitoring / Water Sterilizer / Air Cleaner/ UV Hardener / UV Irradiator
2. Product Specification and Configuration
1) Display Panel
- Panel Size: 97 ×50 ×112 ㎣, Panel cutting size : 92 ×45 ㎟(Tolerance : -0, + 0.5 ㎜)
- Power Supply: 85 ~265 VAC (50/60 ㎐), Consumption : ≤5 W
- Operating Temperature: 0~50 ℃, Operating Humidity: 35 ~85 %RH
- Relay : 250AC 3A, Current Output : 4-20 ㎃300 ΩMax.
ModeShiftSet
(1) Display Panel (3) Panel Cutting Size
(2) Size of Display Panel
2) Sensor Probe
Green Line : #18, Red Line : #19, Black Line : #20
Information of Sensor Probe is in the enclosed Certificate of Quality (CQ)
3) Power cable and output cable (4-20 ㎃current output, 1-5V voltage output, relay) are not supplied.
4) RS485 Communication : #B(- ) # A (+)

GNF - 722 - 12 (0) Genicom Co., Ltd. A4(297×210㎟)
Page 2
3. Production Installation
1) Mounting the Sensor Probe
a. Operation temperature of Sensor Probe is -30 ~85 ℃(-22 ~185℉)
b. UV sensor of Sensor Probe and UV light source should be fixed in set distance to do verticality.
Distance is your choice. But optical power should not exceed the 100.00 ㎽/㎠because it is the maximum of Display.
Once a mounting distance has been determined, make sure to use the same distance for any additional sensors used
for other lamps; doing so will provide a more accurate comparison of irradiance among different lamps.
c. In LW series, Sensor Probe connects after close teflon tape 3~4 times in screw page.
d. After mounting and positioning the sensor probe, make sure the window of Sensor Probe is clean and dry.
If it is not clean, then gently wipe it off with a lint free swab.
2) Mounting the Display Panel
a. Mount the Display Panel in a temperature & humidity of less than 50 ℃(122℉) & 35 ~85 %RH.
b. 3 wires of Sensor Probe connect to #18, #19, and #20 of Display.
[18 : Vin (Green), 19 : +5V (Red), 20 :GND (Black)].
c. Power cable connect to #1and #2 of Display. (Power is AC voltage. Be careful!)
d. Voltage Output is 1~5 V DC along relative power, and it is the # 7 (-) and # 8(+) of Display.
e. Current Output is 4-20 ㎃DC (300Ωmax load) along relative power, and it is the # 9(-) and # 10(+) of Display.
f. Relay can use the 5A / 230VAC, and its criterion is the setting value of C-01.
# 5 is N/O (Normal Open), # 4 is N/C (Normal Close), and # 6 is Comm (Common).
If you want to get the short signal under 70 %, you should set 70 in C-01and connect the each wires
in #5 and #6 of Display.
g. RS 485 communication Terminal is #11 B(-) , #12 A(+).
Fig. 2 Connection Diagram of UV Radiometer 5 Fig. 3 Connection picture of UV Radiometer 5
Power
Sensor Probe
18 19 20
1 2
B(-) A(+)
RS485

GNF - 722 - 12 (0) Genicom Co., Ltd. A4(297×210㎟)
%
Hours
㎽/㎠
4. Front panel explanation
Page 3
Max
Comm
mJ/㎠
Relative power(%)
Accumulate time(h)
Absolute power(㎽/㎠)
Set Shift Mode
LED indicator
Max intensity
Dose display (mJ/㎠)
RS485 Indicator
5. Function explanation
1) Basic function description
- Set button : Resetting RP(%) Power , Reset Max power
- Shift button : Reset dose display
- Mode button : Switchover the display mode
- you can change display mode to press mode button
%
Hours
㎽/㎠
Max
Comm
mJ/㎠
%
Hours
㎽/㎠
Max
Comm
mJ/㎠
%
Hours
㎽/㎠
Max
Comm
mJ/㎠
%
Hours
㎽/㎠
Max
Comm
mJ/㎠
%
Hours
㎽/㎠
Max
Comm
mJ/㎠
Relative power display AT time display
Absolute power display
Max intensity display
mJ/㎠display

GNF - 722 - 12 (0) Genicom Co., Ltd. A4(297×210㎟)
Page 4
①Setting Relative power
- In the Relative power display mode , Press the set button for 3 seconds.
- Press the Set button over 3 second, current optical power will be 100%.
②Reset Accumulate time
- In the Accumulate time , Press set button for 3 seconds.
- Press the Set button over 3 second, Accumulate time value will set to zero.
③Reset Max Power
- In the Max power display mode , Press set button for 3 seconds.
- Press the Set button over 3 second, Max power display value will set to 0.
④Measuring mJ/㎠value
- In the Dose mJ/㎠display mode , press shift button.
- Then the mJ/cm2 value will set to zero and calculate the mJ/㎠
%
Hours
㎽/㎠
Max
Comm
mJ/㎠
%
Hours
㎽/㎠
Max
Comm
mJ/㎠
%
Hours
㎽/㎠
Max
Comm
mJ/㎠
%
Hours
㎽/㎠
Max
Comm
mJ/㎠
%
Hours
㎽/㎠
Max
Comm
mJ/㎠
%
Hours
㎽/㎠
Max
Comm
mJ/㎠
%
Hours
㎽/㎠
Max
Comm
mJ/㎠
%
Hours
㎽/㎠
Max
Comm
mJ/㎠

GNF - 722 - 12 (0) Genicom Co., Ltd. A4(297×210㎟)
2) Entering setting mode
a. Push Shift + Mode button , When switch on the parameters setting plate , C-01 ~ C- 09 would shown.
c. Then press the "set“ button ,then will show now time parameters values
d. Re-press the "set“ button , enter in the parameters setting mode .
e. The value you setting will flashing ,press the “ Mode button” to adjust value.
f. Shift button to change the setting unit
g. After all setting ,press the "SET" button 3s to quit setting mode and return to value-shown mode.
h. Press the “mode "button return to code-shown mode .
i. at the code-shown mode press “Shift + Mode” button , then exit the setting mode
%
Hours
㎽/㎠
Max
Comm
mJ/㎠
%
Hours
㎽/㎠
Max
Comm
mJ/㎠
%
Hours
㎽/㎠
Max
Comm
mJ/㎠
%
Hours
㎽/㎠
Max
Comm
mJ/㎠
%
Hours
㎽/㎠
Max
Comm
mJ/㎠
%
Hours
㎽/㎠
Max
Comm
mJ/㎠
%
Hours
㎽/㎠
Max
Comm
mJ/㎠
3 Seconds
%
Hours
㎽/㎠
Max
Comm
mJ/㎠
① ②
③ ④
⑤ ⑥
⑦⑧
Page 5

GNF - 722 - 12 (0) Genicom Co., Ltd. A4(297×210㎟)
Function Settings
Symbol Item Adjust range Note
C–01 RP Power(%) Alarm 0 ~ 99
C–02 AT Time Alarm 0 ~ 19999 Hours
C –03
Setting of maximum value
for displayed intensity. 0 ~ 19999 Please Do not change this
setting to the factory
setting
C –04 Decimal Point setting 0000.0 ~ 0.0000 Please Do not change this setting to the factory
setting
C –05 Max. intensity display
Toggle ON / OFF
C –06 mJ/㎠display Toggle ON / OFF
C –07 RS485
Device No. Setting 0 ~ 99
C –08 RS485 Baud rate 2400, 4800 , 9600
C –09 MJ / cm2 Measurement
time 0 ~ 3600
3) Function setting table
Page 6

GNF - 722 - 12 (0) Genicom Co., Ltd. A4(297×210㎟)
6. Relative Reaction Curves of UV Sensors
Fig. 4 Relative Responsivity Curve of UV Sensor
7.A/S Request in Case of Product Failure
1) Should any failure is found in product, please call the sales company or customer center for A/S.
2) Product warranty period is 1 year from the date of procurement with no charge.
However, failure which is caused by user’s misuse or carelessness within warrant period or any failure after
the warrant period shall be chargeable for it’s A/S.
3) Product inquiry and on-line customer service
Tel : [phone], Fax : [phone]
E-mail : [e-mail]
Web site : http://www.geni-uv.com
8. Notes
1) CAUTION
TURN ALL POWER OFF. NEVER EXPOSE EYES OR SKIN TO UV LIGHT FROM ANY SOURCE
WEAR GLOVES, FACE SHIELD/GLASSES(PER ANSI Z87.1)
AND COVER ALL EXPOSED SKIN. DO NOT TOUCH LAMP GLASS WITHOUT GLOVES.
2) NOTE
Read this entire instruction sheet before starting the installation.
(1) UVV Sensor (2) UVC Sensor
Page 7

GNF - 722 - 12 (0) Genicom Co., Ltd. A4(297×210㎟)
9. Relay Operation method
1) Wiring diagram
Fig5 Wiring diagram of UV Radiometer 5
Fig 6. Connect diagram of MG-05
AC power Supply
Sensor Probe
18 19 20
1 2
Red light Green light
Red light
ballast
Back side of MG-05 , Numeric is terminal Number.
10 9 8 7 6 5 4 3 2 1
Ballast and light connection
AC power
Fig 7. Wiring diagram of Green light and Red light
(Red light means abnormal , Green light means normal
Power cable Power cable
Green light
ballaset
Capacitor
220㎊/2kV 20 19 18 17 16 15 14 13 12 11
a. Connect AC power Terminal #1 and #2 and connect Sensor cable to terminal #18 (Green wire) #19 ( Red wire)
#20 (Black wire). Please refer to Fig 6.
b. Relay output terminal is (#4 ~#5), Voltage output terminal is #7 and #8, current output terminal is #9 and #10.
Please turn off the indicator before connect output signal cable.
If you want to use relay output please use with #6 and #5 (N/O , Normal open , in normal case the terminal status is open
, but if the signal is ON , the terminal will be closed. OR #6 and #4 (N/C , Normal Close, in normal case the terminal status
is close, but if the signal is ON , the terminal will be Open).
In normal status the relay will contact #6 and #4 and In abnormal status the relay will close #6 and #5
If you use large capacity ballast , please use capacitor (220㎊/2㎸) as Fig7.
c. Voltage output(1~5Vdc) terminal is #8(+) and #7(-) and Current output(4-20㎃) terminal is #10(+) and #9(-).
In normal status , the relay will connect #6 and #4 , the Green light will be ON and Red light will be off
In abnormal status , the relay will connect #6 and #5 , the Green light will be of and Red light will be ON.
B(-) A(+)
RS485
Page 8