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64023A4 PS200 2-Gas Personal Safety Monitor, (LEL / CO) Non-Pumped (infrared LEL sensor) by GMI

The PS200 is a rugged, easy to use portable multi-gas detector ideal for use in confined spaces and hotworks. Both lightweight and durable the instrument monitors and displays up to four hazardous gas conditions simultaneously using catalytic bead sensor technology for a wide range of combustible gases, and electrochemical sensors for carbon monoxide, hydrogen sulfide, and oxygen deficiency. Operator interface and calibration are intuitive and easy by toggling between simple one-button functions. During hazardous conditions users are alerted via three alarm functions: vibration, red flashing LEDs, and audible buzzer. To ensure the highest level of personal safety, the PS200 is also fitted with an optional man down/motion sensor that activates alarms if the instrument is not moved at a pre-set time. The instrument is also fitted with an optional built in remote sampling pump making it ideal for use in confined spaces. The PS200 features a screen backlight that can be manually switched on in poor lighting conditions. Additional features include: customized user identification code setup, calibration due date display, and standard data logging that can be downloaded to a docking station via USB connection to a computer. Also available is a auto bump and cal station, 5-way charger and PC data logging software.

Features

• LEL, O2, CO, H2S
• Internal Pump
• Data Logging Standard
• Auto Bump & Cal Station
• Simple 1-button operation
• Audible, visual and vibrating alarms
• Fully certified
• Lightweight
• Sensor integrity checking
• Robust construction
• Ease of maintenance

Includes

• User CD
• Quick Op Guide
• Universal Charger/Comunications Cable
• 6 months Calibration certificate.

73-0053-CO-75 SC-8000 toxic gas detector, carbon monoxide, 0-75.0 ppm, Li-ion type by RKI Instruments

The SC-8000 sets the new industry standard for rugged, reliable portable toxic gas detection. It's compact light weight tough water proof and intrinsically safe design utilized features based on years of gas detection experience to assure that the instrument will be operated properly to check for gas leaks and protect workers as well as property in toxic gas detection applications.

Features:

• Real time detection with ppm range
• large digital display with backlight
• Loud alarm buzzer with 95dB
• 2 Steps adjustable alarm volume
• Easy and simple operation
• Compact size and light weight
• ATEX intrinsically safe design EXia IIC T4
• Water and dust resistant IP67
• Datalogging standard

Applications

• Semiconductor plants
• Petro chemical / Chemical plants
• Refineries
• Gas plant / Gas supplier services
• Utilities
• Personal monitoring
• Hazmat response
• Water / wastewater treatment

*Please note we can only ship RKI products to customers within the United States

Part Number: H10491000PA

Part Number: CP-LCD-K1

RSG-RL10N-I Protege SG Reusable Single Gas Monitor, Red, Chlorine Dioxide Sensor by 3M

The Protege SG is a reusable single gas monitor that can be configured to detect 13 gases which provides maximum flexibility to deal with unknown gas hazards. With interchangeable smart sensors, the Protege SG offers maximum versatility in a reusable solution.

Maximum Flexibility:

The plug-and-play swappable smart sensors allow a single monitor to detect several different toxic and combustible gases, supporting multiple applications. Users can change sensors on the go and the monitor will automatically recognise the sensor type and update the gas label on the display. The versatility of the SG allows users to efficiently manage their time. No programming is required when switching sensors.

Easy to Use:

With one-button activation, adjustable alarm settings and an easy-to-read, multi-language display, the Protege SG is intuitive and user-friendly. Turn it on, and the monitor does the rest. With data logging of up to 5,000 events and a customisable LCD display capable of displaying real-time gas readings, the Protege SG is packed with features and functionality, but requires minimal training. The Protege SG is highly versatile and allows the user to configure the monitor based on their application or specific company requirements.

Durable and Reliable:

The Protege SG is available in IP66/67 ingress protection. Using a Lithium replaceable battery provides service life of 1.5 to 2 years for toxic sensors. The sturdy case can withstand the rigours of most industrial environments and is reliable in operating temperatures of -20°C to +50. The Protege SG performs self-diagnostics at start-up giving users confidence to focus on the job. Turn it on and forget about it.

Sensors:

Sensor Options: H₂S, CO, O₂, O₃, HCN, NO, NO₂, PH₃, SO₂, NH₃, Cl₂ and ClO₂.

This is the equivalent of the CG-Q58-4 from BW

Part Number: 58L-421

98766-95 Traceable® Analog Battery Tester with Calibration by Digi-Sense

This battery tester features gold-plated printed circuit board and silver-plated switches to ensure accuracy and long life. Precision resistors provide true representative loads for all batteries. Tester is self-powered; requires no internal battery.

Traceable® products are calibrated to NIST-traceable standards and ready to use as soon as you receive it. Each product goes through an intense vetting process before it can carry the Traceable name, and it includes NIST-traceable certification. This means that a 17025-accredited calibration test lab has confirmed that the product meets or exceeds all stated specifications, saving you both time and money by not having to calibrate separately.

NIST-traceable calibration also helps you meet quality standards and regulatory compliance for ISO, FDA, cGMP, VFC, CAP, CLIA and Joint Commission requirements.

• Get accurate, reliable measurements with included NIST-traceable calibration
• Check alkaline, carbon, silver-oxide, mercury, nickel-cadmium, and other batteries

Includes

test leads with 27-1/2"L (0.7 m) cable and NIST-traceable calibration certificate with data.

Old Part Number: Z105325MX58
New Part Number: Z105325PM58

Part Number: 17L-176-1.1

5914-0300 GDC-350 Gas Sensor Monitor, NEMA 4 Housing, O2 Sensor w/Display by Bacharach

Bacharach's all new GDC-350 full-featured fixed gas monitors provide superior operation - standalone or as part of a larger system utilizing the standard analog outputs. This state-of-the-art instrument can detect a wide range of gases including carbon monoxide (CO), oxygen (O2), combustible gases, refrigerants and total volatile organic compounds (TVOCs). The GDC-350 provides a unique two sensor interface, allowing for multiple gases to be detected with onboard or remote sensors. Sensors can be located integral to the unit or remotely allowing for sensors to be placed directly in areas where potential leaks can occur. Bacharach s proprietary calibration algorithms extend the amount of time required between calibrations, reducing maintenance costs and lowering the overall cost of ownership for non-critical applications.

The GDC-350 has all the features and functionality for any application. LED alarm indicators visually indicate when alarm conditions are met and an audible alarm alerts nearby personnel. An onboard alpha numeric display shows gas readings in real time for each sensor. Integral dry contact relays are available to drive external audible / visual alarms, activate fans, or connect to building management and control systems. Installation and maintenance is simple and easy, reducing overall system cost. A pre-wired plug-in option is available for out-of-the-box operation. Simply plug the unit into any standard AC outlet for immediate detection and protection.

09035-30 Irreversible 1 Point Temperature Label, 104°C/219°F; 50/Pk by Digi-Sense

Labels are made up of a series of temperature-sensitive elements sealed between heat-resistant substrates with transparent windows. Each element changes color distinctly as its rated temperature is met or exceeded. The changes to the label are irreversible, providing a temperature history of the surface being monitored. The labels will not delaminate when removed, allowing them to be attached to an inspection report to serve as a permanent record. Ideal for use in the food, automotive, molding and metal working industries. Accuracy is ±1.8°F below 212°F and ±1°F above 212°F. Shelf life: 1 year after date of purchase.

• Used as a quick inspection tool that the product is in usable condition during the shipping and receiving process
• Save time and money due to costly recalls
• Self-adhesive design

H-010-3006-000 Hand Pump Accessory Kit by Honeywell Analytics

Kit Includes

• 3 Rubber inlets
• Filters
• 2 Gaskets
• Lubricant

2901-23-005 IR 29 Di Gas Transmitter with Display, with Pressure and Humidity Compensation, IP67, n-Butane (C₄H₁₀), 0 - 100% LEL Range by GfG

Measuring Principle

IR transmitters have become recognized as reliable gas warning systems for explosion protection. They are used to detect individual combustible gases or a wide range of gases. This involves sending an IR beam with a certain light intensity through a measuring space and then capturing it with a detector. Parts of this beam are absorbed by, amongst other things, hydrocarbon molecules. The reduced light intensity of the beam is registered by beam detectors and converted into a signal as the existing % LEL gas concentration.

Benefits

A special feature of our IR technology is its ability to also measure combustible gases above the lower explosion limit. Moreover, the measurement does not require oxygen.

With this technology there is basically no risk of contaminating the sensor, through silicone vapors or hydrogen sulfide, when using catalytic combustion sensors.

Operation

IR transmitters are usually used with 2 wavelengths, a so-called reference wavelength and just one measuring wavelength. Strict limits are applied to these systems. The absorption spectra of many hydrocarbons are located in the wavelength range of 3.3 μm and overlap to a large extent.

This means that gases with overlapping spectra and just one measuring wavelength can no longer be clearly distinguished. Some hydrocarbons, e.g. the frequently used welding gas acetylene, are non-absorbing in the wavelength range of 3.3 μm, but absorb instead in neighboring wavelength ranges.

In many practical applications, it is not essentially important which gas is responsible for the explosion risk. Therefore, early warnings through the broadband measurement of hydrocarbons in order to monitor the lower explosion limit (LEL) must be guaranteed. False alarms with uncritical concentrations of individual gases or solvents are thus absolutely unacceptable.

These requirements are problems for systems with 2 wavelengths.

Patented GfG Technology

The internationally patented technology of the IR 29 has been developed to solve these problems. The gold-plated mirror optics of the sensor contains 2 radiators and up to 4 detector elements with different optical filters. The precisely calculated, microstructured and pure gold coated mirror optics of the IR 29 are supplied for the first time without beam splitters.

This helps to cut signal losses by 50 % and to completely avoid the physically-related disadvantages of a beam splitter. The measured values from two additional wavelengths (4 wavelengths in total) ensure improved detection of individual gases and thus enhanced selectivity. This results in the prevention of false alarms. Only a 4 wavelength system always guarantees early warnings and the simultaneous prevention of false alarms.

New Technology

The IR 29 is the first and only intrinsically safe IR gas transmitter with patented 4-beam 4-wavelength technology.

The ignition protection class "intrinsically safe", which is so essential for industrial plants and the mining industry, is achieved by the additional use of the SB1 safety barrier and its internationally patented and innovative design.

Complete Safety Even In Zone 0

The IR 29 is the first IR gas transmitter that can also be used in Ex zone 0 and which enables maintenance as well as replacement of the sensor head without additional expense when energized.

Universal Application

The IR 29 with its robust V4A stainless steel housing has been designed to withstand the harshest environmental conditions.

The application areas of the dust and water-protected structure range from production and storage areas to disposal sites, biogas plants, mines and oil rigs.

Internal Data Logger

A standard built-in data logger records all the measuring data, minimum / maximum values, average values and alarm events of the last 24 hours in a ring buffer.

The recording can also be shown on the display as a 2 and 8 hour trend indicator.

The histogram mode can be selected as a permanent display of the measured values. These values are continuously updated.

Graphical Display

Measured values are shown on the high-contrast graphical display. The display can be rotated 180° depending on the installation of the IR 29.

Self Diagnosis

Processor-based signal processing enables the systematic compensation of temperature dependencies, aging influences and soiling effects. Safety-relevant functions are monitored permanently via self-diagnosis procedures and a possibly required service is indicated automatically. Daily interfering factors, such as dust and dirt accumulation, are almost completely eliminated by the innovative design.

Pressure Sensor, Moisture and Temperature Compensation

The measuring accuracy of IR sensors depends on partial pressure and thus also air pressure. Climatic fluctuations or barometric high pressure therefore influence the measuring result. Furthermore, the absorption spectrum of water almost completely covers that of hydrocarbon absorption in the 2.7 to 3.3 μm range. Air humidity therefore initially generates a measuring signal the same as the actual measuring gas. This cross-sensitivity is of particular importance in warm areas with high relative humidity. An increase in the absolute water absorption capacity of air is not linear with the temperature, i.e. three times as much water can be absorbed at 40 °C than at 20 °C. This influence can only be compensated if the current moisture content of the air is known. The IR 29 can be optionally equipped with a pressure and moisture sensor for compensation.

Maximum Safety

The innovative display enables the realization of completely safe warning concepts.

Local displays and signals directly at the device can be used to provide an early warning of potential risks.

The display at the upstream safety barrier SB1 D enables the detection of risks outside the danger zone being monitored.

This allows immediate on-site action before really hazardous situations occur.

Dust Protection

A gas permeable, water-repellent diaphragm protects the absorption space of the transmitter against dust. The additional impact protection made from robust V4A stainless steel prevents mechanical damage to the optical components.

The diaphragm can be cleaned or replaced in a matter of minutes.

Remote Controls

The IR 29 transmitter does not feature control elements for setting or servicing tasks. This helps to prevent accidental or unauthorized manipulation.

Service work at the IR 29 transmitter is carried out using the RC 2 remote control.

Features

• First intrinsically safe infrared transmitter for explosion protection
• ATEX II 1G Ex ia IIC T4 Ga C0158 can also be used in Ex zone 0
• Temperature, moisture and pressure compensation
• Patented infrared technology (NDIR)
• The energized IR sensor head can be replaced in Ex areas
• Maintenance and service-friendly