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Safety Jacks
Socket whose insulating jacket meets safety standards.
- LBA Group, Inc
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RF Safety Monitoring
MVG EME Guard XS Radar
Specifically designed to alert workers operating near radar transmitters of RF exposures, the unique EME Guard XS Radar is an RF pulse measuring device. It continuously scans for short pulsed signals, and via its built-in alarm and visual system, alerts users whenever the acceptable limits have been exceeded. This RF Safety tool is extremely easy to use and creates a safer working environment close to radar antennas and other pulsed RF sources.
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NI-9237, 50 kS/s/channel, Bridge Analog Input, 4-Channel C Series Strain/Bridge Input Module
779521-01
50 kS/s/channel, Bridge Analog Input, 4-Channel C Series Strain/Bridge Input Module - The NI‑9237 includes all the signal conditioning required to power and measure up to four bridge-based sensors simultaneously. The module provides strain or load measurements with zero interchannel phase delay. It also has 60 VDC isolation and 1,000 Vrms transient isolation, providing high‑common‑mode noise rejection and increased safety. You can program the NI‑9237 for use with half-bridge and full-bridge sensors with built-in excitation. The four RJ50 jacks provide direct connectivity to most torque or load cells and offer custom cable solutions with minimal tools.
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Magnetizer
340B
The Model 300-series magnetizers are designed to handle a variety of magnetizing applications and materials, from small Alnico parts to large blocks of neodymium-iron. Each of these magnetizers feature patented ECS (Electronic Capacitance Switching) technology, which allows the user to change the capacitance of the unit through the front panel. By setting the charging voltage and capacitance of the magnetizer properly, the user can then scale the output energy of the unit to match the magnetizing fixture being used. The 300-series magnetizers also includes a peak current meter, which automatically captures the peak current of the magnetizing pulse once it occurs. A safety circuit internally discharges the capacitor banks if mains power is removed from the magnetizer or if the cabinet is opened during operation. When connected to a suitable magnetizing fixture, the magnetizer is able to disable its front panel controls if the fixture overheats. Other features include a lockout keyswitch and a current sense output jack (this connects to an oscilliscope for viewing of the magnetizing pulse). All 300-series magnetizers can be modified for computer control, photocell trigger, or autocharge operation.
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Air Force
Alpha 4314 AF
4314AF introduces an added safety feature that prevents the possibility of having the charging adapter connected while using the instrument for measurements. A 6-pin Mil-Spec circular connector on the front panel of the 4314AF replaces the four-terminal banana jacks and the battery charger jack. Four of the front panel connector pins are used to mate with the measurement adapter cable and the other two pins are for the battery charging cable adapter. By using separate adapter cables for measurements and charging of the batteries, it ensures that the charge circuit cannot be activated at the same time as measurements are being made.
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Magnetizer
345B
The Model 300-series magnetizers are designed to handle a variety of magnetizing applications and materials, from small Alnico parts to large blocks of neodymium-iron. Each of these magnetizers feature patented ECS (Electronic Capacitance Switching) technology, which allows the user to change the capacitance of the unit through the front panel. By setting the charging voltage and capacitance of the magnetizer properly, the user can then scale the output energy of the unit to match the magnetizing fixture being used. The 300-series magnetizers also includes a peak current meter, which automatically captures the peak current of the magnetizing pulse once it occurs. A safety circuit internally discharges the capacitor banks if mains power is removed from the magnetizer or if the cabinet is opened during operation. When connected to a suitable magnetizing fixture, the magnetizer is able to disable its front panel controls if the fixture overheats. Other features include a lockout keyswitch and a current sense output jack (this connects to an oscilliscope for viewing of the magnetizing pulse). All 300-series magnetizers can be modified for computer control, photocell trigger, or autocharge operation.
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Magnetizer
350B
The Model 300-series magnetizers are designed to handle a variety of magnetizing applications and materials, from small Alnico parts to large blocks of neodymium-iron. Each of these magnetizers feature patented ECS (Electronic Capacitance Switching) technology, which allows the user to change the capacitance of the unit through the front panel. By setting the charging voltage and capacitance of the magnetizer properly, the user can then scale the output energy of the unit to match the magnetizing fixture being used. The 300-series magnetizers also includes a peak current meter, which automatically captures the peak current of the magnetizing pulse once it occurs. A safety circuit internally discharges the capacitor banks if mains power is removed from the magnetizer or if the cabinet is opened during operation. When connected to a suitable magnetizing fixture, the magnetizer is able to disable its front panel controls if the fixture overheats. Other features include a lockout keyswitch and a current sense output jack (this connects to an oscilliscope for viewing of the magnetizing pulse). All 300-series magnetizers can be modified for computer control, photocell trigger, or autocharge operation.
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IEC61032 Test Probe Pin
CX-112
Shenzhen Chuangxin Instruments Co., Ltd.
1. Jointed test finger probe (Figure 2 / Test Probe B / IEC 61032)This is a precision probe made in accordance with all IEC standards. Examples are IEC 61032, 60950, 61010 and 60601; and it is also used for Canadian and USA standards. It features a palm simulator and a restricted joint movement, which simulates the characteristics of the human hand. The finger is made of stainless steel and the rest of the instrument is Delrin®. Handle is designed to accept either a banana jack or a force gauge.It is no longer necessary to have a separate probe for the medical safety standard. This one probe will meet all the different requirements that are in the IEC standards.
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sbRIO-9237, Non-Enclosed, 50 kS/s/channel, Bridge Analog Input, 4-Channel C Series Strain/Bridge Input Module
781028-01
Non-Enclosed, 50 kS/s/channel, Bridge Analog Input, 4-Channel C Series Strain/Bridge Input Module - The sbRIO‑9237 includes all the signal conditioning required to power and measure up to four bridge-based sensors simultaneously. The module provides strain or load measurements with zero interchannel phase delay. It also has 60 VDC isolation and 1,000 Vrms transient isolation, providing high‑common‑mode noise rejection and increased safety. You can program the sbRIO‑9237 for use with half-bridge and full-bridge sensors with built-in excitation. The four RJ50 jacks provide direct connectivity to most torque or load cells and offer custom cable solutions with minimal tools. Non-enclosed modules are designed for OEM applications.
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NI-9237, 50 kS/s/channel, Bridge Analog Input, 4-Channel C Series Strain/Bridge Input Module
780264-01
50 kS/s/channel, Bridge Analog Input, 4-Channel C Series Strain/Bridge Input Module - The NI‑9237 includes all the signal conditioning required to power and measure up to four bridge-based sensors simultaneously. The module provides strain or load measurements with zero interchannel phase delay. It also has 60 VDC isolation and 1,000 Vrms transient isolation, providing high‑common‑mode noise rejection and increased safety. You can program the NI‑9237 for use with half-bridge and full-bridge sensors with built-in excitation. The four RJ50 jacks provide direct connectivity to most torque or load cells and offer custom cable solutions with minimal tools.
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NI-9237, 50 kS/s/channel, Bridge Analog Input, 4-Channel C Series Strain/Bridge Input Module
780264-02
50 kS/s/channel, Bridge Analog Input, 4-Channel C Series Strain/Bridge Input Module - The NI‑9237 includes all the signal conditioning required to power and measure up to four bridge-based sensors simultaneously. The module provides strain or load measurements with zero interchannel phase delay. It also has 60 VDC isolation and 1,000 Vrms transient isolation, providing high‑common‑mode noise rejection and increased safety. You can program the NI‑9237 for use with half-bridge and full-bridge sensors with built-in excitation. The four RJ50 jacks provide direct connectivity to most torque or load cells and offer custom cable solutions with minimal tools.
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Deluxe DMM w/Amp Shutters
582
*Huge 2 inch LCD Display, easy to see from across the room *Display is backlit for use in Dark Spaces *Amp Shutters prevent mistaken operation, improve safety and saves fuses by blocking unused amp jacks! *Great Meter for Electrical Trouble Shooting *11 Test Functions, 33 Test Ranges *Measures Temp in Both F and C, Probe Included *Desireable 20 Amp Test Range *Modern Design, the Protective Holster is Built-In *Data Hold *Carrying case, Test leads, Temp probe, Instructions and Battery included
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Power Control
Educated Design & Development, Inc.
As a general purpose dual-voltage isolation transformer for step-up (120 to 240 VAC), step-down (240 to 120 VAC), or straight 1:1 isolation (120 to 120 VAC or 240 to 240 VAC). Models with a suffix "UC" are provided with a safety jack for access to the transformer secondary center tap (connected to the transformer center tap only in the 240 VAC output setting). This connection may be used in conjunction with a Dielectric Voltage Withstand test.
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High Voltage Switching Systems
HXV Series
HXV products are high voltage systems intened for Hi-pot / IR or High voltage switching. They can be configured to drive from 32 to 128 switch points per chassis and can be configured as multiplexer (1xN) or Matrix (NxM) configurations. Stand HXV chassis are used for signals up to 5000 VAC rms ( 7400 V peak ) and can carry up to 5 amps of current. Custom systems can be built up to 25KV. Most of the modules used in these systems are 1xN multiplexers or 2x4 matrix modules that can be combined to form larger multiplexers or matrices. Connector options for standard HXV include 5 way banaba jacks / binding posts, Shrouded Banana Jacks or SHV ( High voltage BNC) if you need to use a high voltage cable with a grounded shield for safety applications. Control options include 10/100BaseT Ethernet LAN, RS232, GPIB or optional manual control. Standard HXV systems use high voltage reed relays. Custom HXV systems up to 25KV use application specific relays and connectors from a variety of vendors based on required specifications.
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Magnetizer
330B
The Model 300-series magnetizers are designed to handle a variety of magnetizing applications and materials, from small Alnico parts to large blocks of neodymium-iron. Each of these magnetizers feature patented ECS (Electronic Capacitance Switching) technology, which allows the user to change the capacitance of the unit through the front panel. By setting the charging voltage and capacitance of the magnetizer properly, the user can then scale the output energy of the unit to match the magnetizing fixture being used. The 300-series magnetizers also includes a peak current meter, which automatically captures the peak current of the magnetizing pulse once it occurs. A safety circuit internally discharges the capacitor banks if mains power is removed from the magnetizer or if the cabinet is opened during operation. When connected to a suitable magnetizing fixture, the magnetizer is able to disable its front panel controls if the fixture overheats. Other features include a lockout keyswitch and a current sense output jack (this connects to an oscilliscope for viewing of the magnetizing pulse). All 300-series magnetizers can be modified for computer control, photocell trigger, or autocharge operation.
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sbRIO-9237, Non-Enclosed, 50 kS/s/channel, Bridge Analog Input, 4-Channel C Series Strain/Bridge Input Module
781209-01
Non-Enclosed, 50 kS/s/channel, Bridge Analog Input, 4-Channel C Series Strain/Bridge Input Module - The sbRIO‑9237 includes all the signal conditioning required to power and measure up to four bridge-based sensors simultaneously. The module provides strain or load measurements with zero interchannel phase delay. It also has 60 VDC isolation and 1,000 Vrms transient isolation, providing high‑common‑mode noise rejection and increased safety. You can program the sbRIO‑9237 for use with half-bridge and full-bridge sensors with built-in excitation. The four RJ50 jacks provide direct connectivity to most torque or load cells and offer custom cable solutions with minimal tools. Non-enclosed modules are designed for OEM applications.
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Manufacturing Safety Testing
We have been helping keep your customers safe for over 41 years with our manufacturing safety testers. Whether you manufacture white goods or LED lighting, we have a testing solution that will seamlessly integrate with your production line testing procedure.
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Multifunction Safety Testers
The new multifunction safety testers of the 1805 and 1886 series combine all the functions of their predecessors and expand them with many features that make your work considerably easier. This includes, for example, the new touch display. With this, all functions can be operated and at the same time the results can be read directly. Thanks to the interfaces available ex works, the 1805 and 1886 series can be easily integrated into your production line or operated "standalone".
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Safety Control Unit
SF-C21 Series
Panasonic Industrial Devices Sales Company of America
The safety control unit allows the user to connect and control various machine safety components. The SF-C10 series was specifically designed to connect and control Panasonic light curtains, while the SF-C21 safety control unit can be used for a variety of safety devices such as; safety switches, emergency switches, enable grip switches, safety beam sensors, safety scanners, and safety light curtains.
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Electrical Safety Tester
MACROEVTEST
Multifunction instrument for electrical installation safety testing, power quality analysis and EVSE safety testing
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Safety Ohm Meter
Type 1681
Aeronautical & General Instruments Ltd.
The Type 1681 Safety Ohm Meter range are rugged highly portable intrinsically safe instruments for use in potentially Explosive Atmospheres. Six measurement ranges enable it to measure resistances from 1mΩ and 20kΩ using a 3½ digit backlit LCD display.
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Contactless Safety Technology
The use of contact-free locking facilities, in particular for monitoring movable safety guards, offers the following advantages: * Simple adjustment, * No broken actuator, *High degree of tolerance to vibrations, moved doors and hoods, * No wear Exceptionally easy cleaning.
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Safety Light Grids
*Type 4 (IEC 61496) safety light curtains at Type 2 pricing*Reliable protection of hazardous areas*Industry standard M12 connection for simple wiring*Versions for the use in high pressure cleaning applications*Versions with active /passive system
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Safety Switches
Leuze electronic GmbH + Co. KG
If doors, flaps and covers need to remain closed for safety reasons during the operation of machines, then safety switches for position monitoring and for the protection of personnel and systems are required. The safety switches of the S20 and S200 series with their robust housings and wide range of installation options can be used universally. The S300 position switches monitor the reaching of final positions. Variants with plunger and various actuators enable optimum adaptation to the installation situation. The S400 safety hinge switches unite the safety switch and door hinge functions in one component.
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Safety Testers
GOOD WILL INSTRUMENT CO., LTD.
Safety testers (also named hi-pot tester/hipot tester/hipot test) are designed to ensure safe operation of DUTs under various operating conditions and environment.
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RF Safety Monitoring
FieldSENSE 60
The fieldSENSE 60 personal RF monitor has a proven track record of durability that works as hard as you do. fieldSENSE 60 is specifically designed with the RF climber in mind. Whether working in the nearfield of a broadcast system or in the far-field of a 5G system, exposure is correctly assessed and a warning is sounded, should the levels approach and exceed the OET65 and Safety Code 6 occupational limits. To ensure the device cannot be dropped off site, connect he device can be attached the included special harness-attachment mechanism. In the event of a warning while the monitor has fallen the buzzer is still within hearing range.
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Electrical Safety Tester
JUPITER
Multinfunction Multimeter for electrical installation safety testing.
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Safety Digital Multimeters
Digital Multimeter is used to measure stray voltage and current in harsh weather environments. Additionally, all internal circuits are conformal coated, it contains an internal all-metal Faraday cage, and has a built-in self-test to ensure ultimate integrity of measurement. The 601ES DMM is NASA Range Safety Board and USAF Space Wing Board approved, proving its intelligent design is ultra-safe.
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Public Safety Antennas
Antenna, IoT / LoRaWAN / Wi-Fi, RP-SMA Male, External, Dipole / Stubby
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RF Safety Monitoring
fieldSENSE 2.0
LBA's FieldSense 2.0 personal RF safety monitors are an effective and economical means to monitor the strength of electromagnetic (RF) fields from wireless cell phone towers, microwave ovens, television stations, and other common workplace RF sources between 50 and 6000 MHz, E-field and H-field (sensed as a plane wave). The Personal RF Monitor is essential RF safety equipment in complying with FCC, OSHA, Canadian and other workplace rf safety requirements.
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Lockout Safety Valves
Lockout valves are used to protect people and equipment from accidental operation during maintainance, repair or modifications. They are intended to conform to OSHA regulations for lockout - tag out.
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Safety Controllers
SICK's safety controllers provide a simple, flexible, and scalable solution to realize an intelligent machine design. Flexi safety controllers feature a modular hardware platform without the use of complex software. They are simple to operate and can be easily integrated with all safety control components. Their compact design makes these safety controllers ideal for a variety of applications.
