RevPi Flat S

Please email us for updated lead times and availability. A Slim Compact Controller Based on Raspberry Pi  RevPi Flat is an open source industrial PC for the DIN rail. Equipped with the Raspberry Pi Compute Module 4S, the device has a 1.5 GHz quad-core processor with 1 GB RAM and 32 GB eMMC flash memory. With its slim design, it fits perfectly into the sub-distribution cabinets that are typically used in building automation. The operating system used by the RevPi Flat S is a specially adapted Raspbian version with RT patch by default. Unlike the RevPi Core and RevPi Connect devices, the RevPi Flat is not modular in design and cannot be extended with expansion modules. The RevPi Flat S is particularly appealing to manufacturers of software solutions in the energy sector who seek an open, high-performance Linux platform. It provides new, cost-efficient, and flexibly adaptable application possibilities, whether for the control and monitoring of photovoltaic systems or for load management of charging stations.  Ideal Applications: •    Modern, decentralized energy management •    Management of virtual power plants •    Ensuring control power when controlling numerous small power plants •    Support for energy trading •    Control of photovoltaic, biogas and wind power plants •    Control of charging stations and hydrogen cells •    Cost- and time-optimized charging of electric vehicles •    Management of alternative intermediate storage, e.g. for e-vehicles •    On-site management of digital master data, files and maintenance logs •    Remote reading of meters •    Integration of cloud solutions Features Tech Specs Documents Downloads Available Connections 4 x RJ45 Ethernet 2 x USB A 1 x RS485 1 x WLAN (RP SMA) 1 x ISM 868 MHz (SMA) 1 x digital output 1 x analog input 1 x analog output Power Supply typ. 24 V DC (12.0 … 28.8 V DC) IP Code IP20 WEEE-Reg.-No. DE 34461592 Housing dimensions (HxWxD) 90 x 106 x 70 mm Housing type DIN rail housing for TH35 according to DIN EN 60715 Housing material Polycarbonate Weight approx. 256 g (including connectors) IP Code IP20 / NEMA Class 1 Power supply typ. 24 V DC (12.0 … 28.8 V DC), reverse polarity protected Max. power consumption 11 W (incl. max. 5 W USB) Operating temperature -20 °C to +55 °C Storage temperature -40 °C to +85 °C Humidity (40 °C) up to 93 % (non-condensing) Interfaces 4 x RJ45 10/100 Ethernet, two or four separate MAC addresses for LAN0/switch or LAN0 ... LAN3; LAN0: 1 x Ethernet; LAN1: 3 x Ethernet switched or single (DSA)                2 x USB A (total current draw from all sockets max. 1 A)  2 x RS485 max. 500 kbps, galvanically isolated, termination switchable by software 1 x RP-SMA jack WLAN Connectors 2-, 3- and 5-pole screw/spring-loaded terminal Processor Broadcom BCM2711, quad-core Arm Cortex-A72 Clock rate 1.5 GHz Processor cooling Passive with heat sink RAM 1 GB LPDDR4 Flash memory 32 GB Number of digital input channels 1 Input Type 24 V control voltage (e.g. for power-good signal of a UPS) Input Threshold approx. 3.0 V (0 -> 1) / 2.3 V (1 -> 0) Input protection against overvoltage, negative voltages Number of digital output channels 1 Digital output type potential-free relay contact Maximum current output channel 2 A @ 30V DC Number of analog input channels 1 Analog input type 0-10 V DC or 0-20 mA, single ended, 16-bit at piControl, 21-bit raw value Number of analog output channels 1 Analog output type 0-10 V DC, short-circuit proof, protection against backfeeding, 12-bit resolution, 1% accuracy Maximum current load of the analog output 10 mA (10 V DC @ 1 k) Software interface of inputs and outputs Via GPIOs and process image EMC interference emission according to EN 61000-6-4 EMC immunity according to EN 61000-6-2 Buffer time RTC min. 24 h Optical indicator 6 status LEDs (bi-color), two of them freely programmable RoHS conformity Yes CE conformity Yes Tech Specs Sheet RevPi Flat Tech Specs Sheet Revolution Pi Blog KUNBUS Revolution Pi Blog Site Revolution Pi Forum KUNBUS Revolution Pi Forum Site Revolution Pi Tutorials KUNBUS Revolution Pi Tutorials