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General| Brand | Primes |
|---|---|
| Model | PocketMonitor |
| Category | Measuring Instruments |
| Language | English |
Defines the exclusive purpose of the PocketMonitor for high power laser measurements and prohibits other uses.
Outlines required personal protection and lists relevant safety standards for laser radiation.
Lists safety measures for personnel in laser danger zones, including wearing safety goggles.
States that users must be trained in handling the device and high power lasers.
Prohibits unauthorized modifications to the device, which voids liability.
Manufacturer disclaims liability for damages from improper use or handling of the device.
Explains DANGER, WARNING, CAUTION, and NOTICE symbols indicating residual risks and required safety precautions.
Explains symbols related to operating instructions, safety guidelines, and general information.
Explains symbols for useful information (i), CE marking, call for action, and visual feedback.
Specifies that the measuring device must be operated in a non-condensing atmosphere.
Describes the PocketMonitor's absorber, display, and operating unit connected via a swivel joint.
Explains that the device measures temperature rise of an absorber exposed to laser radiation to calculate power.
Explains laser power measurement using the calorimetric principle based on absorber irradiation and heat capacity.
Warns about damage from impacts and recommends using the PRIMES transport box for safe handling.
Warns of injuries and damages from improper assembly by inexperienced personnel and advises following safety instructions.
States the PocketMonitor can be assembled in any position but the absorber needs thermal insulation.
Provides steps for integrating the device, including turning off the laser and ensuring stability.
Emphasizes the need for heat insulation to prevent heat loss from the absorber, ensuring accurate readings.
Details how to place the absorber in the beam center and specifies beam diameter requirements for measurements.
Warns against operating near the focus due to high power density that can melt the absorber coating.
Outlines the steps for safely removing the device from the laser system, including turning off the laser.
Describes the functions of the device buttons (10s, 20s, TEMP) and the display elements.
Explains that the 4½-digit display shows the measured power in watts after measurement.
Lists different PMT types, their order numbers, and the corresponding display resolution in Watts.
Warns about scattered radiation, handling the device, and wearing safety goggles during measurements.
Provides a table of maximum admissible laser power in Watts based on irradiation time (10s, 20s).
Covers general preparation steps and device readiness procedures before measurement.
Details beam alignment, surface conditions, absorber temperature, and post-measurement cooling for accuracy.
Guides through activating the device, setting parameters, executing, and concluding a single measurement.
Warns about the hot absorber after measurement and advises on safe handling and cooling procedures.
Details cooling procedures and steps for performing subsequent measurements.
Lists common errors encountered during operation and their potential causes for troubleshooting.
Recommends regular service by the manufacturer every 12 to 18 months for optimal performance.
Mentions battery life for 10,000 measurements or 2 years, and checks during service.
Stresses that absorber, unit, and cable are calibrated as one and must use the same serial number.
Describes the separate absorber and unit design, connection via cable, and standard cable lengths.
Details the 4-20 mA current output for power measurement and its relation to Watt values.
Lists the functions of each pin in the 5-pole socket for the current loop interface.
Provides formulas to calculate temperature (°C) from impressed current (mA) for different PMT types.
Provides formulas to calculate power (W) from impressed current (mA) for different PMT types after thermalization.
Explains how 10s/20s measurements are started via 24V inputs and continuous operation.
Explains PRIMES's obligation for free disposal of devices manufactured after August 2005 under the Elektro-G Act.
Provides the address of PRIMES GmbH for sending devices for free disposal within the EU.
Lists different PMT types and their corresponding order numbers for transport boxes.
Lists maximum power, power density limits for different PMT types.
Details measurement accuracy and reproducibility percentages for the devices.
Specifies operating temperature, storage temperature, reference temperature, and humidity limits.
Provides absorber dimensions, weight, and protection type (IP51).
Shows detailed dimensional drawings for the PMT 002p model.
Shows detailed dimensional drawings for the PMT 01p model.
Shows detailed dimensional drawings for the PMT 05p model.
Shows detailed dimensional drawings for the PMT 30p model.
Shows detailed dimensional drawings for the PMT 70icu model.
Shows detailed dimensional drawings for the PMT 120icu model.
Shows detailed dimensional drawings for the PMT 70icu sep model.
Shows detailed dimensional drawings for the PMT 120icu sep model.
Contains the manufacturer's declaration that the device conforms to relevant EC Directives.
Lists details for authorized documentation and the manufacturer's obligation to provide technical documents.
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