The RM-RPP Remote Portable Printer is used for printing results from the RM-17, RM-110 or RM-111 Automated Comparator. The RM-RPP has an abundance of beneficial features in one of the smallest, lightest printer packages available. The RM-RPP is powered by a rechargeable battery and includes a charger that also serves as an AC adapter. The RM-RPP is a useful tool in the field for maintaining records and addressing billing complaints.
The RM-PCA is an intelligent cable assembly for interfacing certain Radian devices to the RS-232 serial port of a computer. It connects to the 4-pin I/O port of RM Standards, Portable Test Systems and the RM-110 Automated Comparator. Various Radian software packages can then be utilized to perform testing, configuration, and data management operations.
The RM-OA Optical Adapter is used with solid state meters whose infrared calibration pulse is emitted from the optical communications port. The RM-OA magnetically couples to the communication port of the meters it supports. The suction cup of the RM-1H is attached to the clear polycarbonate cover of the RM-OA. The RM-OA incorporates a rare earth magnet for exceptional holding power over the life of the product.
The RM-1D Frequency Divider is designed primarily to reduce the output frequency of the RM-10/12/15 to interface to older equipment. The RM-1D can also be used for other scaling operations by creating an output with no diode drops for compatibility with all logic types.The Output of the RM-1D is an open collector. It will interface to all commercial test equipment designed to accept an open collector input.
The RM-1P Electronic Light Valve is used to interface the output of the RM-1N Solid State Meter Interface, the RM-111 Automated Comparator or the RM-110 with the optics of a calibration test board. The RM-1P will operate with both incandescent and infrared optic assemblies. To trigger incandescent source optics, the RM-1P uses a super luminous LED. This red visible LED must be aligned with the sensing assembly of the test board optics. To trigger infrared (modulated or non-modulated) source optics, the RM-1P uses an infrared sensor and emitter combination. Using the RM-1P with the RM-1N and RM-1H, solid state meters can effectively be interfaced to older test board designs.
The RM-1R Electronic/Mechanical Potential Relay houses two independent relays necessary for the electronic and mechanical Potential gating options supported by the RM-111. The relay used is determined by the RM-1R BNC connection used. The electronic relay is a mercury wetted reed relay used for testing SC-10's, and A-7's. The mechanical relay is a coin silver dry contact relay used on induction standards like the 1B-10 and J-44.
The RM-1A Photo Counter Interface permits direct control of the register of one or more RM-10 Metronic Watthour Standards. This permits use of equipment which had been previously designed for potential gating to use the superior register gating input of the RM-10. By using the RM-1A higher accuracy, single revolution testing, multiple RM-10 testing and ease of retrofit can be had in a variety of applications.
The RM-TC Transit Container is an excellent packaging solution for safe shipment of Radian standards. Applications may include internal company shipments of Radian standards as well as for shipments back to Radian Research for recertification services. The RM-TC provides absolute protection of your Radian standard in the most extreme environmental, shipping and handling conditions. The RM-TC's composition consists of a structural foam resin making it resilient to denting, cracking or corrosion. To further ensure the integrity of your Radian standard during shipment, the RM-TC is also watertight, airtight, dust-proof and rustproof. Internally, the RM-TC uses industrial grade photographic cushions for maximum shock protection of your Radian standard.
This carring case is ideal for housing a Radian standard with any needed cables or test accessories.
Home Site Index Contact Us Customer Satisfaction ISO 9001 Certification Copyright Radian Research, Inc. 2011