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*The PM203 features a sliding neutral density filter. Without the filter, the power measurement range is 500 pW to 5 mW, while with the filter, the range is 5 mW to 500 mW. The position of the ND filter is automatically detected by the power meter.
Features
Includes Console, Sensor, and Mounting Components
C-Series Meter Consoles Compatible with Other C-Series Sensors
Large, Easy-to-Read Digital or Analog Display
USB 2.0 Connectivity and Graphical User Interface
Rechargeable Battery for 8 hr Remote Operation, AC Adapter Included
SMA Output (0 to 2 V) on Meters for Monitoring Signal
Our optical power meter kits are based on our handheld PM100 and PM200 Series power and energy meters and C-Series sensors. In addition to these kits, we also offer the power meters and sensors separately.
The PM120VA includes our PM100A optical power meter, which is a digital meter featuring an analog needle display with a supplemental LCD. The analog display is ideal when making relative power measurements. While the PM120VA includes an S120VC sensor, it is also compatible with all C-Series photodiode sensors and thermal sensors but not with the pyroelectric energy sensors.
All other kits include a PM100D digital power and energy meter or a PM200 touch screen power and energy meter. The PM100D meter offers a menu driven control panel, 4" backlit display, SD card slot for storing data, and compatibility with all of our C-Series sensors for power or energy measurements.
The PM200 meter offers a brilliant 5.7" touch screen and many enhanced features like an optional fiber inspection camera (avalable soon).
All the meters have USB 2.0 connectivity, a rechargeable battery for field work, and utilize our quick-connect C-Series sensors. Please see the Specs and Display tabs for for more information, or see the PM100A,PM100D, and PM200 full product presentations to learn about all of their features.
±0.2% of Full Scale (5 µA - 5 mA) ±0.5% of Full Scale (50 nA) ±3% Full Scale Analog Meter
Bandwidth
DC to 100 kHz, Dependent on Sensor and Settings
Analog Output
Connector
SMA
Voltage Range
0 - 2 V
Bandwidth
Up to 100 kHz, Dependent on Sensor and Settings
Accuracy
±3%
General
Sensor Input
Female DB9 for C-Series Connectors
Display
Analog Needle with 132 x 32 pixel LCD Readout
Display Update Rate
20 Hz
Display Screens
Numerical, Relative Measurements, Tuning, Statistics, Mechanical Analog Needle
Memory Card
N/A
A/D Converter
16 bit
Computer Connectivity
USB 2.0, Mini USB
Battery
Li-Polymer 3.7 V, 1300 mAh; up to 8 hrs of Operation
Dimensions
7.2" x 4.3" x 1.6" (183 mm x 109 mm x 40 mm)
Operating / Storage Temp
0 to 40 °C / -40 to 70 °C
Mounting
Kickstand, 1/4"-20 Mounting Hole
PM100A Display
Standard Absolute Measurements
Relative Measurements
This display shows the current absolute power values on both the mechanical needle and the LCD display.
Shows positive or negative power deviation from an initially zeroed position (needle in middle position). The offset and the absolute power value will be displayed in two sub displays in negative presentation.
Power Tuning with Sound Support
Statistics Screen
This display shows the maximum reached power level. The level can be reset to the actual power level.
A display showing the current, min, max, and average power. All items can be reset to restart data sampling.
Wavelength Setting
Configuration screen to set the wavelength of the incident beam. Easy switching between 9 user preconfigurable wavelengths.
±0.2% of Full Scale (5 µA - 5 mA) ±0.5% of Full Scale (50 nA)
Bandwidth
DC to 100 kHz, Dependent on Sensor and Settings
Thermopile Sensor Input (Voltage)
Measurement Ranges
4 Decades; 1 mV - 1 V
Units
W, dBm, W/cm2, V
Accuracy
±0.5% of Full Scale (10 mV - 1 V) ±1% of Full Scale (1 mV)
Bandwidth
DC to 10 Hz, Dependent on Sensor and Settings
Time Constant Correction
1 - 30 s
Analog Output
Connector
SMA
Voltage Range
0 - 2 V
Bandwidth
Up to 100 kHz, Dependent on Sensor and Settings
Accuracy
±3%
General
Sensor Input
Female DB9 for C-Series Connectors
Display
3.2" x 2.4" (81.4 mm x 61 mm), 320 x 240 pixels
Display Update Rate
20 Hz
Display Screens
Numerical, Bar Graph, Trend Graph, Statistics, Simulated Analog Needle
Memory Card
SD, 1 GB
A/D Converter
16 bit
Computer Connectivity
USB 2.0, Mini USB
Battery
Li-Polymer 3.7 V, 1300 mAh; up to 8 hrs of Operation
Dimensions
7.2" x 4.3" x 1.6" (183 mm x 109 mm x 40 mm)
Operating / Storage Temp
0 to 40 °C / -40 to 70 °C
Mounting
Kickstand, 1/4"-20 Mounting Hole
PM100D Display
Numeric Screen (Power Mode)
Numeric Screen (Energy Mode)
This display combines a clear, numerical 4-digit read out of the optical power, a bar graph function with zooming capabilities, and configurable sub displays.
A display with the same option as on the left for optical energy read outs.
Trend Graph (Power Mode)
Needle Tuning (Power Mode)
For laser tuning and beam alignment to visualize changes and trends together with an additional 4-digit numerical value of the absolute power.
A display imitating an analog needle together with an additional 4-digit numerical value for laser tuning tasks. A special feature is a resettable max hold indicator and a shiftable tuning sound.
Pulse Chart (Energy Mode)
Statistics Screen (Power Mode)
Like the Trend Graph (Power Mode), this shows changes and trends together with an additional 4-digit numerical value of the absolute energy of incident beam pulses.
The statistics display shows the actual, minimum, maximum and mean value in linear and logarithmic representation; further the standard deviation, the max/min ratio, the number of samples and the elapsed time.
Common Display Elements
Header line with sensor information, date/time, and battery state
Status line with warning annunciators
Bar graph and configurable left and right sub display areas to display a minimum and a maximum value or a ratio of both values (numerical screen only)
Photodiode Sensors S100C Series Thermal Sensors S300C Series Pyroelectric Sensors ES100C/ES200C Series Photodiode Sensors: 5 mA (Max) Thermopile Sensors: 1 V (Max) Pyroelectric Sensors: 100 V (Max)
Display Type
5.7" TFT, 640 x 480 Pixels, 18 bit Color
Viewing Area
118 mm x 88 mm
Display Update Rate
Max 15 Hz
Display Format
Numerical, Bargraph, Trendgraph, Statistics, Simulated Analog Needle
Backlight Display
LED, Adjustable
Overall Dimensions (H x W x D)
170 mm x 125 mm x 38 mm
Features
Rotatable Two Position Kickstand, Removable Rubberboot, Touch-Pen, Fixture for Optional Fiber Inspection Camera
Weight
0.57 kg
Operating Temperature
0 °C to 40 °C
Storage Temperature
-40 °C to 70 °C
Current Input (Photodiode Sensors)
Connector
DB9F, Left Side
Units
W, dBm, W/cm², A
Measurement Ranges
6 Decades; 50 nA - 5 mA Ranges Selectable in W, Sensor Dependent
Display Resolution
1 pA / Responsivity Value (A/W)
AD Converter
16 bit
Accuracy
±0.2% full scale (5 µA - 5 mA) ±0.5% full scale (50 nA)
Bandwidth
DC - 100 kHz, Dependent on Sensor and Settings
Wavelength Correction
nm (A/W)
Beam Area Setting
Diameter 1/e² or Rectangular x,y
Voltage Input (Thermopile Sensors)
Connector
DB9F, Left Side
Units
W, dBm, W/cm², V
Measurement Ranges
4 Decades; 1 mV - 1 V Ranges Selectable in W, Sensor Dependent
Display Resolution
1 µV / Responsivity Value (V/W)
AD Converter
16 bit
Accuracy
±0.5% f.s. (10 mV - 1 V) ±1% f.s. (1mV)
Bandwidth
DC - 10 Hz, Dependent on Sensor and Settings
Time Constant Correction Range
1 - 30 s
Wavelength Correction
Sensor Dependent; nm, (V/W)
Beam Area Setting
Diameter 1/e² or Rectangular x,y
Voltage Input (Pyro Sensors)
Connector
DB9F, Left Side
Units
J, J/cm², W, W/cm², V
Measurement Ranges
4 Decades; 200 mV - 2V - 20 V - 100 V Ranges Selectable in J, Sensor Dependent
Display Resolution
100 µV / Responsitivity Value (V/J)
AD Converter
16 bit
Accuracy
± 0.5% full scale
Trigger Threshold
0.1% - 99.9% full scale
Max Repetition Rate
3 kHz
Wavelength Correction
Sensor Dependent (nm, V/J)
Beam Area Setting
Diameter 1/e² or Rectangular x,y
Analog Output
Connector
Audio 3.5 mm, Left Side
Signal
Amplified Input Signal - Not Corrected
Voltage Range
0 to 2 V
Accuracy
±3%
Bandwidth
up to 100 kHz, Dependent on Sensor and Settings
Auxiliary In-/Output
Connector
2 x 6 Pins, 0.1" Socket, Top Side
Function
External Trigger Input 4 x GPIO 2 x 10 bit ADC
Sensor Temperature Control
Supported Temperature Sensor
Thermistor
Temperature Measurement Range
-10 °C to +80 °C
Sound
Type
Speaker 300 Hz - 5 kHz
Function
Laser Tuning Support, Console Function Support
Memory
Type
Nand Flash
Size
128 MB
Interfaces
Type
USB2.0
Connector (Host)
Mini USB, Top Side
Connector (Device)
USB Type A, Left Side
Power Management
Battery
LiPo 3.7 V 2600 mAh
Charger / DC Input
5 V / 2 A
Power Connector
Center Hole
Included Accessories
Hardcase
For Console and Sensor(s)
External Power Supply
5 VDC / 2.4 A with Power Cord
USB Cable
USB Type A Connector to Mini USB Connector (2 m)
Cable for Analog Output
3.5 mm Audio Connector to Flying Leads (2 m)
External Memory
USB Flash Drive 2 GB
Instrument Drivers
on USB Flash Drive
Application Software
on USB Flash Drive
User Manual
Quick Reference as Hardcopy, Manual on USB Flash Drive
Optional Accessories
Environmental Measurement Module
Displays Temperature and Relative Humidity
Fiber Inspection Camera Module
Monochrome Fiber Inspection Camera with Power Measurement Capability
The large power or energy readout is the main element of the numeric display. Supplementary display icons can be added to show various pieces of information. (e.g., a corresponding bar graph scale with integrated min-max indicators offers a quasi-analog view of the data). All display elements can be quickly configured.
This screen provides overview and control over all settings of the connected sensor. Additionally, the logging stop criteria and logging interval are configured here.
The needle display with its minimum and maximum indicators is very convenient for laser tuning. The large numeric display below the gauge provides an exact power readout. This screen offers the same convenient configuration features as the numeric display.
The file manager provides access to the local drive or to a user-supplied USB flash drive. Typically logging files, user calibration, or correction curves are stored here.
The graph display shows the power or energy reading as a function of time. While recording data, this screen can be toggled with the statistic display. Directly after recording or after loading stored data, you can zoom into the graph and set a cursor for data analysis.
The sensor information screen shows sensor-relevant data and the response curve with indicators for minimum, maximum, and set wavelength, which are stored in the sensor EEPROM.
On the statistics screen, all important parameters are calculated and displayed in linear and logarithmic format. The numbers are supported by a histogram, which can be enlarged. All data is initially stored to a temporary file that can be saved.
The language of the GUI can be choosen between 6 different operating languages on the multi-language screen.
The user can customize the display screen by selecting various measurement tasks to be shown on the screen. Some screens are partly configurable by the user, for example, the user can display the min and max values within a certain time period or enable visual and audible peak indicator as a tuning aid.
Sensor Connector
D-type Female
Pin
Connection
1
+5 V (Drive max 50 mA from this pin)
2
EEPROM Digital I/O
3
Photodiode Ground (Anode), Thermal and Pyro Sensor Ground, Analog Ground
4
Photodiode Cathode
5
Pyro-Electric Sensor +
6
DGND
7
PRESENT (Connect this pin via a 1kΩ - 10kΩ resistor to Pin 3 (AGND))
8
Thermal Sensor +
9
N.C.
Analog Output
SMA Female
0 ... 2 V
Computer Connection
USB Type Mini-B
USB Type Mini-B to Type A Cable Included
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Posted Comments:
Poster: ken
Posted Date: 2012-05-16 08:23:07.0
They come with a post/holder/base? We do not see the information in the page here though. Ken
Poster: jvigroux
Posted Date: 2012-05-16 07:51:00.0
A resposne from Julien at Thorlabs: Dear Ken, thank you for your feedback! We indeed do not write explicitly that a post holder and a base are included in those bundles. We will modify the text on the webpage to make the exact component list clearer.
Poster: jvigroux
Posted Date: 2011-11-17 13:52:00.0
A response from Julien at Thorlabs: Dear Martin, I am really sorry about this inconvenience. We will ship you a replacement immediately. Concerning your question about the quality control, we do check each power meter individually before shipment. I unfortunately do not know what the exact problem with your console is but I assume something must have happened during the shipment. We will inspect the unit as soon as we have it back and take the appropriate measures to prevent such issue from happening again. I will contact you directly to sort out the shipping details for the replacement.
Poster: m.j.slaman
Posted Date: 2011-11-17 12:24:11.0
I have unpacked my PM204 (consists of a PM200 and a S120VC) but it is not reading anything. The measured value remains inf as well as the minimum and maximum value. Also in the applied software I don`t see any reading (value remains 0 or ---). I have auto ranging on an tried with several light conditions. In the software an indicator shows A (waiting for new measurement value)(in the left top corner) while I expect sometimes a T of "trigger". The detector itself is ok since it is functioning on a PM100D console. I have attached also a second detector (S155C)on the PM200 without success. I have checked for firmwareupdates but there are non available on the website. I can not find any reset functions or trigger-arm functions in the manual nor in the software. Did anybody check the console before chipping? That must be since a callibration sheet was shipped with it?!?!
How do I fix it?
Martin
Poster: bdada
Posted Date: 2011-10-10 17:12:00.0
Response from Buki at Thorlabs:
Thank you for using our Feedback tool. Our sensors measure light from 200nm upwards. We will contact you regarding the possibility of a custom sensor that can measure 193nm.
Poster: matt.hansen
Posted Date: 2011-10-10 13:43:09.0
To Whom:
What would bea good detector to use with our PM310D meter to measure 193 nm light in the nW range ?
Matt Hansen
Poster: bdada
Posted Date: 2011-10-06 20:36:00.0
Response from Buki at Thorlabs:
Thank you for your feedback. The PM120A has been replaced with the PM120D, which is designed for 400 - 1100nm and power levels of 50nW to 50mW. We will contact you to discuss your application.
Poster: ryanlee
Posted Date: 2011-10-06 17:58:46.0
Hi
Can you advise if the PM120A is suitable to check the below mentioned items?
1) 3M Curing Light 2500
http://dentista.pinoydental.com/component/page,shop.product_details/flypage,shop.flypage/product_id,20/category_id,9/manufacturer_id,0/option,com_virtuemart/Itemid,70/vmcchk,1/
2) Dymax Bluewave 75
http://www.dymax.com/products/curing_equipment/uv_spot_lamps/bluewave_75.php
Thanks!
Regards
Ryan
Poster: jjurado
Posted Date: 2011-05-04 13:27:00.0
Response from Javier at Thorlabs to dBolles: Thank you very much for contacting us. Yes, all of our C series sensors have NIST-traceable calibration data, as well as sensor information, saved in the DB9 connector. This information is automatically retrieved by our power meters as soon as the sensor is connected.
Poster: dBolles
Posted Date: 2011-05-04 08:41:42.0
Do all of your C detectors have the calibration data for the detector stored in the DB connector?
Poster: fcao
Posted Date: 2011-01-26 17:59:05.0
Hi Simon. Our China office will contact you shortly.
Poster: simonhedwin
Posted Date: 2011-01-26 15:05:21.0
??PM121D??????
Click on any phrase below to search our site using our new Search Engine:
These kits include our PM100A or PM200 meter console, a 120VC photodiode power sensor, and a post assembly, consisting of a BA2 base, PH2 post holder, and TR2 Ø1/2" post. This is a general purpose kit for low power lasers (50 nW - 50 mW) within the visible and NIR. Many of our laser diodes and HeNe lasers are suitable for use with this power meter kit.
Digital Meter with 50 nW to 50 mW Si Sensor (400 - 1100 nm)
These kits include our PM100D or PM200 meter console, a S120C photodiode power sensor, and a post assembly, consisting of a BA2 base, PH2 post holder, and TR2 Ø1/2" post. This is a general purpose kit for low power lasers (50 nW - 50 mW) within the visible and NIR. Many of our laser diodes and HeNe lasers are suitable for use with this power meter kit.
Digital Meter with 500 nW to 500 mW Si Sensor (400 - 1100 nm)
These kits include our PM100D or PM200 meter console, a S121C photodiode power sensor, and a post assembly, consisting of a BA2 base, PH2 post holder, and TR2 Ø1/2" post. This is a general purpose kit for low to medium power lasers (500 nW - 500 mW) within the visible and NIR spectrums (<1100 nm). It is similar to the S120C, which is included in the kit above, but an ND filter attenuates the light before the sensor.
Digital Meter with 500 pW to 500 mW Si Sensor (400 - 1100 nm)
These kits include our PM100D or PM200 meter console, a S130C photodiode power sensor, and a post assembly, consisting of a BA2 base, PH2 post holder, and TR2 Ø1/2" post. The kit's slim sensor head is ideal for use in tight spaces as it is only 0.2" (5 mm) thick at its sensor. A sliding neutral density filter extends the power range that the sensor can be used to measure. With the filter out of the beam path, the power detection range is 500 pW to 5 mW. With the filter in the beam path, power detection from 5 mW to 500 mW is possible. The filter's position is automatically detected and accounted for by the power meter console.
Digital Meter with 50 nW to 40 mW Ge Sensor (700 - 1800 nm)
These kits include our PM100D or PM200 meter console, a S122C photodiode power sensor, and a post assembly, consisting of a BA2 base, PH2 post holder, and TR2 Ø1/2" post. This combination is ideal for customers working with wavelengths in the far red to NIR (700 - 1800 nm). The sensor has a fluorescing alignment disk surrounding its active area, which simplifies IR beam alignment.
Digital Meter with 10 mW to 10 W Thermal Sensor (0.19 - 25 µm)
These kits include our PM100D or PM200 meter console, a S310C thermal power sensor, and a post assembly, consisting of a BA2 base, PH2 post holder, and TR2 Ø1/2" post. This combination is ideal for customers working with higher power lasers (up to 10 W) or longer wavelengths (up to 25 µm). Thermal sensors typically have slow response times, but our S310C sensor has been optimized, resulting in a fast response time (<1 s).