Commander, Marine Corps System Command, Code CTQ, 2033 Barnett Avenue, Ste 315, Quantico, VA 22134-5010

66 -- JOINT SERVICE MASK LEAKAGE TESTER (JSMLT) DUE 091699 POC Lynn Y. Frazier, Contract Specialist, 703-784-5822 x 251 E-MAIL: Contract Specialist, frazierly@mcsc.usmc.mil. The Marine Corps Systems Command (MARCORSYSCOM), acting as the lead service, is actively investigating the development of a one-man portable device that is capable of determining the serviceability and proper fit, and identifying defective components, of current and future Nuclear, Biological and Chemical (NBC) protective masks. The current system requires up to five different test devices to determine the serviceability of the components of a protective mask and to fit the mask to an individual. Most of these test devices are large and not easily deployable. The concept of employment for the JSMLT is that it will be employed primarily as a peacetime device to help small units determine the serviceability of their NBC protective masks and the effectiveness of their preventive maintenance programs. The device may also be used by forward-deployed elements to assist in maintaining NBC protective masks in a high state of operational readiness. The device must be deployable and capable of unit/field operation and will be setup, operated and employed by organic unit personnel. A key systems performance parameter for the device is a variable audible/visual indication that the protective mask being tested is serviceable, or which identifies the components(s) of the protective mask that are defective, and test results which determine the effectiveness of the fit of a protective mask to an individual while the mask is worn. Preferably the device will also be capable of testing selective component(s) of the protective mask for serviceability. Other required performance characteristics are that the device be upgradeable, capable of testing future NBC protective masks, and preferably be capable of testing the fit and serviceability of all current industrial respiratory protection devices. Once setup, the device must determine the serviceability of twelve to twenty protective masks per hour or be capable of fit testing four to six individuals per hour. The device will electronically log and store all test results for one thousand to two thousand protective masks and be able to download that data via standard data ports to electronic data processing equipment. The device will also indicate the unused memory storage capacity available at any point in time. On-board subsystems will include processors or sensors to enhance man/machine interface. As previously stated a key operational characteristic of this device will be its small size and low weight. With a carrying case the device can be hand carried by a single operator and will not be awkward to carry. The carrying case must be resistant to chemical warfare agents and standard decontaminating agents. One person must be able to setup and initiate operation of the device in ten to twenty minutes. The device and its components must be extremely reliable, durable and require minimum maintenance when operated and will not require routine or periodic maintenance when stored. The device will operate using standard internal or external vehicle power or ground power systems, and stored data must not be lost as a result of power outage or interruption. The performance of the device will not be degraded in the presence of electronic warfare and electronic countermeasures. Preferably the device will be resistant to High Altitude Electro Magnetic Pulse and must be electro-magnetically compatible with other systems. Due to the potential for worldwide operation the device must be capable of being operated and stored in temperate and hot climates, to include climates with extremely high humidity. The JSMLT must be capable of operating after being exposed to normal conditions and hazards, such as, but not limited to shock, corrosion, vibration, smoke, fungus, petroleum oils and lubricants, salt fog and lightning environments. The system will be safe to operate, transport, store, and maintain throughout its life cycle. If available, MARCORSYSCOM is seeking commerical, off-the-shelf (COTS) solutions. Interested sources should submit four (4) copies of descriptive, technical, and test data regarding their systems at no cost to the Government. Written responses should be submitted not later than 16 Sep 1999. Information submitted may be used for subsequent invitations for bid or requests for proposals. The submission of the product information should not be construed as a commitment to procure equipment. No telephonic responses will be accepted. Responses should be submitted to the contact person listed above at Commander, Attn: CTQ3LF, MARCORSYSCOM, 2033 Barnett Ave, Suite 315, Quantico, VA 22134-5010. Posted 08/19/99 (W-SN370124). (0231)

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