new M-Max 400 RC
M-Max 400 RC Relay Systems Interface Unit M-Max 400 RC is a highly reliable compact rugged computer for building all-electric interlocking distributed systems. The system is designed for converting CAN-interface control signals (twisted pair or single-mode fiber) into relay control signals of railroad automation systems. The M-Max 400 RC uses ‘2 out of 2’ architecture for higher reliability of control signals. Two autonomous identical computers inside the M-Max 400 RC are connected by internal interfaces. External relays are connected to control outputs in a way to get an AND circuit in signal control. Each computer has an independent power input and an internal uninterruptible power supply (UPS) based on ultracapacitors, ensuring up to 40 seconds of operation with the input power cut off. Depending on configuration the system allows to maintain 12 or 24 paired relays.
new M-Max 720 PR7
M-Max 720 PR7 Battery Powered Rugged Computer System for Mission-Critical Applications The M-Max 720 PR7 is a high performance battery powered rugged computer system for mission-critical applications. The system is designed to operate in extremely harsh environments and is equipped with: GPS module, 900 MHz Radio modem, 48x Isolated Digital I/O interfaces, four functional LEDs, expanded set of RS-232/485, USB 2.0, VGA and Gigabit Ethernet ports. The computer is based on the ultra-low power 1.46GHz Intel Atom Dual Core E3826 CPU. The system is designed to operate as a standalone computer or together with the M-Max B00 external Rugged Battery unit. The system is built with a 24/28V DC electrical power system with a wide input voltage range from 12V DC to 30V DC. It is resistant to high voltages, spikes, and surges. The system’s LiFePO4-batteries based UPS provides 10 hours of backup power and supports an online connection to an external Rugged Battery unit. The system provides a smooth switch from the internal to the external battery and back when the power is not provided. One external battery unit provides additional 10 hours of operation for the system. MicroMax, as a manufacturer of highly rugged industrial computers, takes a customized approach to each client and can provide even a single system for development and production.
new M-Max V75 chassis
M-Max V75 chassis Rugged VITA 75-compliant Conduction-cooled Enclosure The M-Max V75 chassis, designed according to the VITA 75 footprint, is a fully sealed rugged enclosure with passive cooling, providing reliable operation in tough environments including transportation (ground, rail, air and marine), agriculture, mining and processing. The machine-worked aluminum chassis is especially designed for the most challenging environments. Providing excellent shock and vibration protection, the completely fanless chassis uses natural convection and conduction cooling. Typical systems housed in this VITA 75-compliant enclosure deliver IP66 dust and moisture protection, withstand shocks up to 40g and vibration up to 2.5g. The fully sealed enclosure houses up to two PC/104 or similar-sized boards. The configurable front panel can be outfitted with a variety of customer-defined connectors. The M-Max V75 chassis is tested and guaranteed over temperature range of −40 to +65°C. The embedded power supply complies with MIL-STD-704F specification. MicroMax, as a manufacturer of ruggedized industrial computers, takes a customized approach to each client. Our engineering group can design M-Max systems to fit customer-specific technical requirements.
new M-Max V75 Short chassis
M-Max V75 Short chassis Rugged VITA 75-compliant Conduction-cooled Enclosure The M-Max V75 Short chassis is a fully sealed rugged enclosure with passive cooling designed according to VITA 75 footprint, providing reliable operation in tough environments. Typical systems housed in this VITA 75-compliant enclosure deliver IP66 dust and moisture protection, withstand shocks up to 40g and vibration up to 2.5g. The fully sealed enclosure houses one PC/104 or similarsized board. The configurable front panel can be outfitted with variety of customer-defined connectors. The M-Max V75 Short chassis is tested and guaranteed over temperature range of −40 to +70 °C.
M-Max 820 EP4/USO
M-Max 820 EP4/USO Rugged Industrial Error-free Rackmount System The M-Max 820 EP4/USO consists of two high performance rugged industrial computers with passive cooling. It is designed to provide reliable operation using ‘2 out of 2’ or redundant architectures in harsh environments for critical applications. Providing shock and vibration protection, the M-Max 820 EP4/USO can operate under extreme temperatures from −40 to +60 °C, dust and humidity. Data storage options include vibration proof industrial SSDs with RAID functionality (sofware or hardware option). The computer is used as a part of a safety system at railroad and operate as an optical time-domain reflectometer.
M-Max 400 ST/USO
M-Max 400 ST/USO Rugged Industrial Error-free Computer with UPS Subsystem The M-Max 400 RC is an error-free rugged computer for on-board and off-the-shelf applications. It provides error-free signaling information processing, based on 2-out-of-2 architecture in compliance with CENELEC SIL4 specifications. The M-Max 400 contains two identical subsystems connected to each other via internal interface. Each subsystem has its own processing core and a UPS employing an intelligent ultracapacitor-based charging device. The M-Max 400’s two independent CPUs form a vital processing core and perform calculations (such as interlocking logic) in different ways. Once per cycle they are synchronised with each other to exchange data and perform consistency cross-checks. The UPS ultracapacitors provide the system with 70 seconds of backup power. The system is designed for use on stationary objects within the railway infrastructure. MicroMax, as a manufacturer of industrial computers, takes a customized approach to each client. Our engineering group can design M-Max systems to fit customer-specific technical requirements.
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