Solar Light PMA2100 User manual

100 East Glenside Avenue • Glenside, PA 19038 • USA • P 1.215.517.8700 • F 1.215.517.8747

www.solarlight.com • [email protected] • www.youtube.com/user/SolarLightCoInc

USER MANUAL

MODEL PMA2100 PHOTOMETER / RADIOMETER

Part Number: 210092

Revision Level: D

1 INTRODUCTION......................................................................................................................................................................4

1.1 PMA2100 Design Concept...........................................................................................................................................4

1.2 Major Features.............................................................................................................................................................4

1.3 Currently Supported Detectors....................................................................................................................................4

2 QUICK START GUIDE...............................................................................................................................................................5

2.1 Selection Of The Detector............................................................................................................................................5

2.2 Measuring With PMA2100...........................................................................................................................................5

3 CONTROLS & INDICATORS...........................................................................................................................6

3.1 Display..........................................................................................................................................................................6

3.2 Keypad..........................................................................................................................................................................7

3.3 Audible Signals............................................................................................................................................................7

3.4 Error Messages............................................................................................................................................................7

4 SETUP......................................................................................................................................................................................8

4.1 Meter Setup..................................................................................................................................................................8

4.1.1 LCD Contrast

4.1.2 Line Frequency Rejection

4.1.3 Real Time Clock and Calendar

4.2 Detector Setup...........................................................................................................................................................8

4.2.1 Low Pass Digital Filter

4.2.2 Automatic Datalogging

4.2.3 Scale

4.2.4 Offset

4.2.5 Alarms

4.2.6 Mode Of Operation

5 DATA MANAGEMENT......................................................................................................................................................11

5.1 Data Logging..............................................................................................................................................................11

5.2 Downloading The Data.............................................................................................................................................11

5.3 Data Processing.......................................................................................................................................................12

6 INTERFACES.........................................................................................................................................................................13

6.1 Detector Interface......................................................................................................................................................13

6.2 Serial and Extension Port.........................................................................................................................................14

6.3 Digital Control Lines................................................................................................................................................14

7 TECHNICAL SPECIFICATIONS...............................................................................................................................................15

8 MAINTENANCE....................................................................................................................................................................16

8.1 Meter Calibration.......................................................................................................................................................16

8.2 Battery Charging......................................................................................................................................................16

9 TABLE OF FIGURES...............................................................................................................................................................16

10 INDEX...................................................................................................................................................................................17

TABLE OF CONTENTS

INTRODUCTION

1.1 PMA2100 DESIGN CONCEPT

The meter itself is programmed to perform the tasks common to most

detectors. The information speciﬁc for a particular detector is stored in

a nonvolatile memory built into the detector itself. It includes

identiﬁcation information, signal processing algorithms, a description of

the data presentation and the current setup of the detector.

Upon connection of the detector, the PMA2100 identiﬁes it, downloads

the contents of the detector’s memory into operating memory, updates

its setup and executes the downloaded code, if appropriate.

This approach allows for an unlimited number of detectors to be

handled by the PMA2100. It conﬁgures itself to the speciﬁc features of

each detector and the custom setup of the measurement process.

1.2 MAJOR FEATURES

Measuring with the PMA2100 is as simple as with the usual single

detector and meter. Plug in the detector to either of the two input

sockets, turn ON the power and read the display. The many additional

capabilities of the PMA2100 are added through menu driven setup.

These capabilities of the PMA2100 Version 1.21 include:

•User Selectable System Of Units

•Integration Of The Accumulated Dose

•Tracking Of The Extremes Of The Signal (Min., Max., Avg.)

•Automatic & On-Demand Data Storage And Printout

•Digital Low Pass Filter

•

Programmable Alarms Triggered By The Signal Level Or The Dose Level

•Line Interference Rejection For Both 50 & 60Hz

•Two Simultaneously Serviced Detector Inputs

•Serial Interface

•Digital Inputs & Outputs To Control External Devices

•Dose Control System (DCS) Capability

1.3 CURRENTLY SUPPORTED DETECTORS

The PMA2100 family currently includes a variety of detectors for such

parameters as:

•UVA Radiation

•UVB Biologically Effective UV Radiation

•UVC Germicidal Radiation

•Visible Light (Photopic and Scotopic)

•Full Spectrum Pyranometers

•UV Safety

•Biliruben Phototherapy

•PAR Photosynthetically Active Radiation

•Laser Power

•Temperature/Humidity

*For a complete list of detectors see

www.solarlight.com/product_category/products/sensors

The Personal Measurement Assistant model PMA2100 is a sophisticated, multipurpose measuring instrument combining the user-friendliness of

simple meters with the capabilities of an advanced data logger.

Figure 1 Architecture of the PMA2100

CENTRAL

PROCESSOR

& MEMORY

SYSTEM

DETECTOR

PMA2100

CONNECTOR

AND CABLE

DETECTOR

MEMORY

SENSOR

KEYPAD

CONVERTER

AMPLIFIERS

DISPLAY

Figure 2 The PMA2100

The PMA2100 can be used in any application where an accurate

measurement is required, especially if multiple quantities are measured

or the enhanced functionality of the meter is desired.

Potential applications include:

•Laboratory Measurements

•Environmental Monitoring

•Industrial Safety

•UV-curing, Printing and Photolithography

•Photodermatology and Photobiology

•Cosmetic Industry, SPF Testing

•Materials Testing, Light Degradation Studies

•Agriculture

Any sensor producing up to 4 analog signals can be quickly and

inexpensively accommodated by the PMA2100, making it attractive to

sensor manufacturers who would like to offer a state of the art meter

with their product.

2.1 SELECTION OF THE DETECTOR

A critical part of every measurement process is the sensor selection.

The criteria that need to be addressed when making that decision are:

•Anticipated signal characteristics

•Environmental factors such as temperature range and humidity

The PMA2100 family includes detectors for both indoor and permanent

outdoor operation, satisfying virtually any operating environment.

2.2 MEASURING WITH PMA2100

To perform measurements with a PMA2100 the following steps should

be followed:

1 Remove the PMA2100 from its carrying case

2 Power it ON by pressing the ON/OFF button. If the meter does not

respond, attach the battery charger to operate from external power

or charge the batteries. Refer to page 16 for battery maintenance

instructions. The unit will be powered ON whenever connected to

the external power supply. The PMA2100 will turn itself OFF after 3

minutes of inactivity if no detector is attached.

3 Plug the selected detector into one of the two detector inputs

located on the side of the meter. The meter will indicate the

connection by a beep and the display will show the measurement

result. Squeeze the locking arms of the detector plug while

connecting or disconnecting it.

4 If only one detector is attached, the meter’s display will

automatically switch to the only occupied channel. If two detectors

are simultaneously operating, use thekeys to switch between

the channels. While displaying the measurement result, the PMA is

in a “data mode,” as opposed to a “setup mode” when the meter or

detector setup is shown or edited. Upon power-up the PMA2100

automatically enters the “data mode”.

5 In order to turn the PMA2100 OFF, return to the “display mode”

and press the On/Off key. If the LCD is in a mode other than

“display mode,” the On/Off key is inactive. To return to the “data

mode,” press the Start/Stop/Escape key repeatedly. If unit is

connected to external power, it will remain powered up and an

On/Off will have no effect.

Refer to “Controls and Indicators” on page 6 for detailed

description of the PMA2100 “data mode” display.

2QUICK START GUIDE

While sophisticated and powerful, the PMA2100 is a user-friendly instrument allowing for simple “plug-and-play” operation.

Figure 4 Display In The “Data Mode” With A Detector Connected

Figure 5 Display In The “Data Mode” With No Detector Connected

Figure 6 Pressing The F1 Function Key Converts The Measurement Result

Into One Of The Available Unit Systems. UVB Detector Display Units Shown

H F D! J! CS015

UNITS PRINT SETUP

1.234 mW/cm2

UVA

L0.123 H1.245 A0.948

∑2.354 J/cm2 41m23s

Figure 3 Start-up Screen Of The PMA2100 Meter

SOLAR LIGHT CO., INC.

PMA2100

S/N: 07587 VER: 1.21

3CONTROLS & INDICATORS

3.1 DISPLAY

The graphical Liquid Crystal Display (LCD) of the PMA2100 offers great

ﬂexibility of the data presentation. It shows the measurement results

and allows easy setup of the meter via a series of menus.

When the meter is turned ON, it displays a start-up screen (Figure 3)

while performing the hardware test. The model number, version number

and the serial number of the meter are brieﬂy displayed.

Then, the display goes into the “data mode.” If at least one detector is

attached, the measurement results are shown (Figure 4). Otherwise the

screen indicates that there is no detector connected (Figure 5).

The complete contents of the LCD are described in Figure 4 (referred to

several times in the following pages). The two arrows in the top left and

right corners indicate the currently selected detector. Pressing the

keys changes the selection.

The HOLD indicator is activated by pressing the HOLD key. When

highlighted, the contents of the display are frozen; however, the

measurements and data logging, dose integration, or min/max/avg (if

enabled) will continue in the background. Pressing the HOLD key again

reactivates the continuous data display.

Data storage interval indicator displays the interval (in minutes) for

automatic data logging for the currently selected detector. If not

displayed, then data logging is not enabled for the currently selected

sensor. The data logging interval can be set independently for each

detector. See “Automatic Data Logging” on page 9 for further details

about setting the interval. The interval is stored in the detector, and will

be restored the next time it is connected to the PMA2100.

The low pass digital ﬁlter can be turned on to reduce the ﬂuctuations of

a noisy signal. This feature can be activated independently for each

detector and is preserved in the internal detector’s memory. Refer to

“Low Pass Digital Filter” on pages 8 and 9 for further details.

Dose and high value alarm indicators show whether the alarms are

activated. The alarm thresholds are set independently for each detector

and stored in the detector’s memory. They are restored the next time

the detector is connected. When the instantaneous signal level

exceeds the value alarm setting then an audible and visual signal is

generated. The dose alarm is triggered by the integrated dose value.

See “Alarms” on page 10 for further information.

The battery charging indicator displays “C” when the battery is charged

and “B” when the battery is low. Refer to “Battery Charging” on page 16

for further details about battery maintenance.

The Low, High and Average tracking can be initiated by pressing the

Min/Max key. The same key clears the setting. The tracking of

extremes starts from the moment the feature is activated. To re-start

the tracking, turn the feature OFF and then back ON by pressing the

Min/Max key twice.

INTEGRATED DOSE

INSTANTANEOUS

READING

LOW, HIGH AND

AVERAGE VALUES

HOLD INDICATOR

LOW PASS DIGITAL

FILTER INDICATOR

DETECTOR NAME

BATTERY

CHARGING INDICATOR

DOSE AND VALUE

ALARM INDICATORS

DATA STORAGE

INTERVAL IN MINUTES

SELECTED UNITS

TIME OF INTE-

GRATION

NODET

MED/HR F1 F1

uW/cm2Time/MED

The instantaneous reading is displayed in a large font for improved

readability. The currently selected units are displayed to the right of the

measurement result. If alternative units are available, then the UNITS

indicator appears above the F1 function key indicator. By pressing the

F1 key the measurement result will be converted to alternative units.

There can be more than two unit systems. They can be selected by

pressing the F1 repeatedly. After the last unit selection is reached,

pressing the F1 key will bring the display back to the initial unit

selection.

If the measured quantity can be integrated over time, then integration

can be initiated by pressing the Start/Stop key. The integrated value

and a corresponding time of the integration are displayed in the space

below the instantaneous measurement value (Figure 4.) During

integration the clock icon, shown next to the time integration, will

indicate integration in process. The integration is stopped by pressing

the Start/Stop key again. The integration timer and the dose display

freeze but the information is displayed on the LCD until the Start/Stop

key is pressed again. When restarted, the integrated value and the time

will be reset to zero. If data logging has been enabled, pressing the

Start/Stop key will affect the value stored for the next logged data

point. The average value is logged when the dose integration is

activated. Instantaneous values are stored otherwise.

The assignment of the function keys, F1-F3, can change dynamically

depending on the mode of operation. The indicators displayed along

the bottom of the LCD describe the function of the keys. If the key

indicator is blank, then the key has no assigned function.

3.2 KEYPAD

The keys of the PMA2100 (Figure 7) have a tactile feel and an audible

signal is generated when the key is pressed.

The On/Off key toggles the power to the meter. It is only active in the

display mode.

The Start/Stop button enables the dose integration. The integrated

dose and a corresponding time of the integration are displayed in the

space shown below the instantaneous measurement result (Figure 4.)

The Start/Stop key works also as an Escape key in menu and setup

mode. In general, it reverts to the previous menu level or leaves the

“menu mode” and enters the “display mode.”

The Menu/Enter key transfers control to the “menu mode” allowing for

the meter setup. Settings for LCD contrast, line frequency rejection, or

real time clock can be altered in that mode. Refer to “Meter Setup” on

page 8 for further details.

Thekeys allow for the selection of the displayed channel while in the

“display mode”. In “edit mode” (when a numerical value is changed,)

these keys select the digit to be changed. When a menu is shown

thekeys allow navigation through menu list.

Thekeys allow navigation through a list of menu items and

decrement/increment the selected digit allowing a numerical value to

be edited. They are inactive in the “display mode.”

Pressing the HOLD key freezes the information on the LCD without

affecting the measurement and data collection process. An “H” will be

displayed in the upper left-hand corner. While in the “hold mode”

pressing HOLD reactivates display updating.

The Min/Max key initiates the Low, High and Average tracking. The

same key clears the setting. The tracking of extremes starts from the

moment the feature is activated. To re-start the tracking turn the feature

OFF and then back ON by pressing the Min/Max key twice (See

“Display” on page 10). High, low and average values will be reset to

zero on restart of the Min/Max function.

3.3 AUDIBLE SIGNALS

Certain conditions cause the generation of an audible signal to attract

the attention of the user. The conditions generating an audible signal

are listed in Table 1.

3.4 ERROR MESSAGES

When an erroneous condition is detected by the PMA2100 an error

number and a brief message are displayed to indicate the nature of the

problem.

Figure 7 Keypad Conﬁguration Of The PMA2100

Hold

On/Off Start/Stop Menu

Escape Enter

INCR

DECR

Min/Max

F2 F3

TABLE 1 CONDITIONS CAUSING

A GENERATION OF AN AUDIBLE SIGNAL

Power On 1 Long Beep

Activation Of Any Key

1 Short Beep

Acceptance Of An Newly Connected Detector

1 Short Beep

Detector Disconnected

3 Short Beeps

Activation Of A Value Or Dose Alarm

5 Short Beeps

SETUP

4.1 METER SETUP

The “meter setup mode” is accessed from the “display mode” by

pressing the MENU key. To return back to the “display mode,” the

Escape key should be pressed.

Meter setup allows for adjustments speciﬁc to the contrast of the LCD,

the line rejection frequency and the real time clock. The settings of

measurement parameters are available through the Detector Setup

menu (see page 8), since they are speciﬁc for a particular detector.

4.1.1 LCD CONTRAST

The contrast of the LCD changes with the ambient temperature.

To assure a legible display, the contrast can be adjusted for best

visibility.

To change the LCD contrast, follow these steps:

1 Press the Menu/Enter key to enter the “menu mode.”

2 Select the Contr: X item on the menu pressing or keys.

3 Keep pressing the Menu/Enter key until optimal contrast of the

LCD is selected.

4 Press the Escape key to return to the “display mode.”

4.1.2 LINE FREQUENCY REJECTION

The PMA2100 has an ability to discriminate against the 50 or 60 Hz

interference from power lines. To achieve the best performance, the

local line frequency must be set manually.

To set the line frequency, follow these steps:

1 Press the Menu/Enter key to enter the “menu mode.”

2 Select the Line: XXHz item on the menu pressing or keys.

3 Press the Menu/Enter key until appropriate frequency is selected.

4 Press the Escape key to return to the “display mode.”

4.1.3 LINE REAL TIME CLOCK AND CALENDAR

The real time clock and calendar provides the information for time

stamping of the recorded data.

To set the real time clock, follow these steps:

1 Press the Menu/Enter key to enter the “menu mode.”

2 Select the Clock... item on the menu pressing or keys.

3 Press the Menu/Enter key to start the time setting procedure. The

LCD will show the current date and time. The item selected

for modiﬁcation is listed by theicon, such as in this

example:change month. Press theorkey to decrement

or increment the selected item. When this item is properly set use

theto select next item for editing. The items available are: year,

month, day, hour, minutes, and seconds.

4 When the date and time is properly set, press either Enter or

Escape key to leave the time setting menu.

5 Press the Escape key to return to the “display mode.”

4.2 DETECTOR SETUP

The detectors are equipped with a non-volatile memory to store

conﬁguration information speciﬁc to a particular detector. When the

detector is connected, these conﬁguration parameters are read from

the detector and used to set up the PMA. Among the parameters stored

are user-conﬁgurable settings such as: low pass ﬁlter ON/OFF, data

logging parameters, scale and offset values, alarm settings and

operating mode.

4.2.1 LOW PASS DIGITAL FILTER

The low pass digital ﬁlter is used to reduce the ﬂuctuations of a noisy

signal. Due to its averaging nature it will smooth the signal and allow

the measurement of the average.

TABLE 2 ERROR CODES AND MESSAGES

Code Message On LCD Description Of The Problem

01 Detector Conﬂict Some detectors use all 4 analog inputs available in the PMA2100 and cannot be used simultaneously with other

detectors. This message will appear when 2 incompatible detectors are connected to the PMA2100.

Upgrade Software

The detector requires higher version of the software controlling the PMA2100. This message is displayed

immediately after the new detector is connected. Contact Solar Light for upgrade.

03 Out Of Calibration The detector is due for calibration. The detector should be returned to Solar Light for re-calibration. Various detec-

tors have different calibration intervals, depending on their inherent long-term stability.

To change the setting of the low pass ﬁltering follow these steps:

1 Select the detector to be set up with  keys if two detectors are

attached.

2 Press the SETUP key to enter the “detector setup mode.” The SETUP

key is one of the function keys annotated by the word SETUP on the

LCD. A menu of available settings will be presented on the LCD. The

SETUP annotation only appears when the detector is attached.

3 Use thekeys to select the Fltr: XXX item. The XXX will indicate

either ON or OFF.

4 Press the Menu/Enter key to set the status of the digital ﬁlter to a

desired state.

5 Press the Escape key to return to the display mode. At this time the

current setup of the detector is written to the detector’s memory.

Skipping this step or disconnecting the detector beforehand is

equivalent to ignoring the changes made.

4.2.2 AUTOMATIC DATA LOGGING

The PMA2100 is capable of storing the measurement data either in

manual or automatic mode. Refer to “Data Logging” on page 11 for

more information about data logging.

In the automatic mode one record of data is logged in memory per

user-selected interval, ranging from 1 minute to 1 hours. If two sensors

are attached at the same time, the data logging interval can be set

independently for each.

To initiate the automatic data logging, follow these steps:

1 Select the detector to be set up with keys if two are attached.

2 Press the SETUP key to enter the “detector setup mode.” The

SETUP key is one of the function keys annotated by the word

SETUP on the LCD. A menu of available settings will be presented

on the LCD.

3 Use thekeys to select the Sav: XXm item. The XX represents

the currently selected interval in minutes. If automatic data logging

is not activated then Sav: 0m (zero) will be shown.

4 Press the Menu/Enter key to enter the logging interval selection

menu. The currently set interval is shown on the header of the

menu.

5 Use thekeys to navigate through the list of valid intervals

and to select the desired one. Select NONE to disable data logging.

6 Press Menu/Enter to accept the selected interval. The LCD will

revert back to the “detector setup menu.”

7 Press the Escape key to return to the display mode. At this time

the updated logging conﬁguration parameters are written to the

detector’s memory. Skipping this step or disconnecting the

detector beforehand is equivalent to ignoring the changes made.

4.2.3 SCALE

An additional user-preset scale factor can be applied to the

measurement. Normally the scale factor is set to 1.00 to accept the

factory calibrated scale factor of the detector.

To change the scale factor follow these steps:

1 Select the detector to be set up with keys if two are attached.

2 Press the SETUP key to enter the “detector setup mode.” The

SETUP key is one of the function keys annotated by the word

SETUP on the LCD. A menu of available settings will be presented

on the LCD.

3 Use thekeys to select the Scal: X.XX item. The X.XX

represents the currently set scale factor, typically 1.00.

4 Press the Menu/Enter key to enter the scale editing mode. The

name of the currently selected detector is shown on the LCD.

5 Use thekeys to move the cursor between the digits of the scale

value. Usekeys to increment or decrement the selected digit.

If the cursor is placed underneath the sign of the number then

pressing thekeys will toggle the sign between + and -.

6 Press Menu/Enter to accept the new scale value. The LCD will

revert back to the “detector setup menu.”

7 Press the Escape key to return to the display mode. At this time

the updated scale factor for the detector is written to the detector’s

memory. Skipping this step or disconnecting the detector

beforehand is equivalent to ignoring the changes made.

4.2.4 OFFSET

The measurement made by the PMA2100 can be offset by a user

entered value in order to compensate for the drifts in the detector or to

compensate for a background signal.

The offset setting is unit-sensitive, i.e. it takes the unit conversions into

account and converts the offset values accordingly.

To modify the offset follow these steps:

1 Select the detector to be set up with keys if two are attached.

2 Press the SETUP key to enter the “detector setup mode.” The

SETUP key is one of the function keys annotated by the word

SETUP on the LCD. A menu of available settings will be presented

on the LCD. The SETUP annotation only appears when the detector

is attached.

3 Use thekeys to select the Ofs: X.XXX item. The X.XXX

represents the currently set offset, typically 0.000.

4 Press the Menu/Enter key to enter the offset editing mode. The

name of the currently selected detector is shown on the LCD.

5 Use thekeys to move the cursor between the digits of the

offset value. Usekeys to increment or decrement the selected

digit. If the cursor is placed underneath the sign of the number

then pressing thekeys will toggle the sign between + and -.

6 Press Menu/Enter to accept the new offset value. The LCD will

revert back to the “detector setup menu”.

7 Press the Escape key to return to the display mode. At this

time the updated offset of the detector is written to the detector’s

memory. Skipping this step or disconnecting the detector

beforehand is equivalent to ignoring the changes made.

4.2.5 ALARMS

The PMA2100 can generate an acoustic and visual alarm whenever the

value of the measured quantity or the accumulated dose exceeds

the preset threshold. The thresholds for “value alarm” and the

“dose alarm” are set independently. The two alarms can also be

independently enabled or disabled.

Figure 8 illustrates the conditions in which the alarms are generated.

Each time the measured value crosses over the value alarm threshold

the value alarm is generated. Since the accumulated dose cannot

decrease, the dose alarm is generated only once in each integration

cycle, unless the dose threshold was increased during that cycle.

The alarm is indicated by a series of 5 short beeps and an alarm

message appears on the screen with an arrow pointing to the detector

port that triggered the alarm. In addition, the alarm system generates a

pulse on the digital output (See “Digital Control Lines” on page 14).

The status (ON or OFF) and threshold of both value and dose alarm are

preserved in the detector’s memory and automatically applied when the

detector is connected to the PMA2100.

To view or modify the alarm settings, follow these steps:

1 Select the detector to be set up with  keys if two are attached.

2 Press the SETUP key to enter the “detector setup mode.” The

SETUP key is one of the function keys annotated by the word

SETUP on the LCD. A menu of available settings will be presented

on the LCD. The SETUP annotation only appears when the detector

is attached.

3 Use thekeys to select the Alrm... item.

4 Press the Menu/Enter key to enter the alarm-editing mode. The

name of the currently selected detector is shown on the top of the

LCD and the settings of the alarms are displayed as shown in

Figure 9.

5 One item is marked as currently selected by a frame around it. If

change in settings is needed, then use thekeys to select the

item to modify.

6 If the ON/OFF status of the alarm needs to be changed, simply

press the Menu/Enter key. It toggles the ON/OFF setting.

7 If a threshold value must be changed, then press the Menu/Enter

key in order to enter the number editing mode. Use thekeys to

move the cursor between the digits of the threshold value.

Use keys to increment or decrement the selected digit. If the

cursor is placed underneath the sign of the number, then pressing

thekeys will toggle the sign between + and -.

8 Press Menu/Enter to accept the new threshold value. The LCD will

revert back to the alarm settings.

9 Press the Escape key twice to return to the display mode. At this

time, the updated alarm settings of the detector are written to the

detector’s memory. Skipping this step or disconnecting the

detector beforehand is equivalent to ignoring the changes made.

4.2.6 MODE OF OPERATION

Starting with Version 1.13 of the PMA2100 the Mode setting was

introduced that toggles between 2 possible values: Meter and DCS

(Dose Control System). The Meter mode is the primary mode of

operation and all information in this manual is related to this mode.

In the DCS mode the PMA2100 is conﬁgured to control the Solar

Simulators manufactured by Solar Light Company.

Any detector whose signal can be integrated with respect to time

can operate either in the traditional “Meter” mode or in the “DCS”

mode. Refer to the PMA2100 Dose Control System Users Manual for

operation in the DCS mode.

Figure 8 Generation Of Value & Dose Alarms

Figure 9 Example Of Alarm Settings Displayed On

The PMA2100’s LCD For A Detector Identiﬁed As “UVBIO”.

Value Alarm: ON

Dose Alarm: OFF

@ 5.500 uW/cm2

@ 20.000 mJ/cm2

UVBIO ALARMS

Table of contents

Other Solar Light Measuring Instrument manuals

Solar Light

Solar Light Microtops II User manual

Solar Light

Solar Light PMA2200 User manual

Solar Light

Solar Light 6D User manual

Solar Light

Solar Light SnP Meter SL-3101 User manual

Solar Light

Solar Light SL-3101 SP-METER User manual

Popular Measuring Instrument manuals by other brands

Suaoki

Suaoki D40 user manual

Elster

Elster BK-G1.6 operating instructions

Endress+Hauser

Endress+Hauser Deltabar FMD71 technical information

Duratool

Duratool D03128 manual

Vega

Vega VEGAPULS 65 Quick setup guide

Tonghui

Tonghui TH2618B Operation manual

Tenmars

Tenmars TM-801 user manual

MSR

MSR 145 user manual

TPS

TPS WP-82 manual

ELMETRON

ELMETRON CP-511 user manual

PCB Piezotronics

PCB Piezotronics 003C30 Installation and operating manual

Tenma

Tenma 72-10465 manual

Endress+Hauser

Endress+Hauser Proline Promag 50 Brief operating instructions

Siemens

Siemens SITRANS F Coriolis FCT030 Function manual

KLINGER

KLINGER CMF V Series instruction manual

EXFO

EXFO FTB-2 Notice

Keysight

Keysight M8290A Getting started guide

ADTEK

ADTEK MW-5 operating manual