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PRM44/PRM62: NAT routing; port forwarding; 3 Ethernet® ports Skalar Devices pulse value recording; load profile generation; status request; execution of switch actions RS232C interface; signals DCD, DTR, DSR, CTS, RTS, TXD, RXD, RI, GND X4 module: Loadable software applications Basic applications: Additional applications: FTP/Telnet Server; IPT Client; TSC Client; NTP Client; SMS Client; Transparent Module; Skalar.tools2; COM emulation; TCP Port server; ToIP Server Skalar.script; Skalar.modbus; Skalar.870-5; PRM2LPEX; Skalar.ftp; Skalar.mail; Skalar.online; Skalar.gas GÖRLITZ Aktiengesellschaft August-Thyssen-Straße 32 • D-56070 Koblenz Phone +49 (0) 261-9285-0 • Fax +49 (0) 261-9285-190 • E-Mail: [email protected] • Internet: www.goerlitz.com (Status: 10.11 2015, Subject to modification) Extensions Optional hardware modules GPRS/ETHN router: In detail Efficient and economic data communication • Individual configuration by means of hardware and applications Scalable, quick, flexible and individual – these are the attributes of the device family Skalar. • Comprehensive interface options to connect meters Skalar has been designed as intelligent communication computer. Equipped with standardized IP technology as well as loadable applications and additional hardware modules, Skalar enables remote data transmission to any kind of target system. Whatever system you apply, Skalar opens up new possibilities with regard to energy data communication and acceleration of your business processes. • Communication via GSM/GPRS or Ethernet® • Independent of the medium • Data security due to internal user administration Dimensions: Environmental conditions Operating temperature: Secure and tailored to your needs Optional hardware modules extend the scope of Skalar applications. Whatever you want to do – routing, pulse recording, switching or recording status messages – the flexible device concept always meets your demands and almost every application needs only one device: Skalar. The integrated user administration guarantees data security. Apart from that, Skalar features several, password-protected authorization levels; external, unauthorized access is therewith impossible. For these reasons, energy data communication with Skalar is always reliable and secure. Skalar is configured and tailored to the individual application case with the program DeviceBuilder. An integrated scheduler controls the precise execution of defined tasks and loadable applications provide required functions. Furthermore, Skalar features an event log to facilitate detecting reasons for errors. More detailed information on configuration programs, software applications and GSM antennas is available in a separate product data sheet. Voltage supply Wide range power supply unit: according to DIN 43864(S0), EN 60947(Namur); via optional hardware modules PRM44 and PRM62; extraneous voltage protection depending on interface version; extraneous voltage protection +5V, +6V, +7V or +9V (RS232/DCOUT/ME and TTL/DCOUT/ME); +12V (RS485/DCOUT12/ME); extraneous voltage protection 0...+50°C; storage temperature range: -20...+70°C; relative humidity range: 0 - 95%, non-condensing Switching outputs: PhotoMOS or optocoupler technology; via optional hardware module PRM44 or PRM62; potentially separated with input voltage 100/230V AC, 50Hz; 10-24V DC GSM/GPRS modem: dual band 900/1800MHz; data transfer rate 9.6kbps (GSM), 44.6kbps (GPRS); GSM/GPRS Class 10; Class 4 (2W) for 900MHz, Class 1 (1W) for 1800MHz; coding in accordance with CS1...CS4; RLP according to GSM Rec. 4.22; type of modem V.32; GPRS 2 uplinks/up to 4 downlinks; FME socket Ethernet®: transmission speed 10Mbps; 10Base-2; RJ45 connector Meter-specific DLMS; IEC 62056-1 (formerly IEC 61107); M-Bus (EN 13757); Modbus (RTU), IEC 870-5 max. 8VA Features: integrated energy saving function; extendable modular circuitry Conformity: CE Electromagnetic compatibility (EMC): according to 2004/108/EC: IEC 61000-6-2 (interference-resistance), EN 55022 Class B (radiated emissions) Electrical safety: according to 2006/95/EC: IEC 60950-1 Insulation resistance: according to 2004/22/EC (measuring instruments): EN 50470-1, EN 50470-3 (only for AC versions) GSM/GPRS modem: according to 1999/5/EC (R&TTE): EN 301489-1, EN 301489-7, EN 301511, GCF, PTCRB, FCC, RoHS according to EN 62056-21; mode A, B, C; up to 7 meters in cascade (interface option CL1_8); transmission formats 7E1, 7E2, 7O1, 7O2, 7N2, 8N1, 8E1, 8O1; transmission speed max. 38.4kbps RS232: according to EIA-232; signals RxD, TxD, CTS, RTS; properties V.24, V.28; transmission formats 7E1, 7E2, 7O1, 7O2, 7N2, 8N1, 8E1, 8O1; transmission speed max. 19.2kbps RS485: according to EIA-485; signals R+, R-, T+, T-; transmission formats 7E1, 7E2, 7O1, 7O2, 7N2, 8N1, 8E1, 8O1; up to 32 transceiver in cascade; maximum length of cable 1200m; transmission speed max. 9.6kbps M-Bus: according to EN 1434; transmission formats 7E1, 7E2, 7O1, 7O2, 7N2, 8N1, 8E1, 8O1; 5 default M-Bus loads at max; transmission speed max. 4.8kbps TTL: signals RxD, TxD; transmission formats 7E1, 7E2, 7O1, 7O2, 7N2, 8N1, 8E1, 8O1; transmission speed max. 19.2kbps Service interface Para/Debug: Signalling input: Outputs Power supply output (DCOUT): 176x107x65mm (L x W x H) Power input: Serial interfaces CL1: Inputs/Outputs degree of protection IP51; protection class II; protective insulation; flammability according to UL94 V-0; covering cap and terminal cover can be sealed Inputs Pulse input: Remote Communication Protection: wall mounting, meter cross or terminal cover mounting according to DIN 43863 Part 5 Protocols Skalar transmits energy data using the standard methods Push and Pull. The device acts as transparent modem in Pull operation. The remote station is thus able to read data directly from the meter either via GSM/GPRS or Ethernet®. Default applications such as FTP or email on the other hand enable IP-based Push operation. Skalar independently reads and transmits meter data to any target system. Whatever system you apply, the communication options of Skalar can steadily be customized and adapted to your requirements. This results in investment security. Housing Design: signals RxD, TxD, CTS, RTS; transmission format 8N1; transmission speed 38.4kbps; RJ12 connector Internet Internet Protocol (IPv4); Point-to-Point Protocol (PPP); Password Authentication Protocol (PAP); Challenge Handshake Authentication Protocol (CHAP); Transmission Control Protocol (TCP); Dynamic Host Configuration Protocol (DHCP); Domain Name System (DNS); File Transfer Protocol (FTP); Simple Mail Transfer Protocol (SMTP); Network Time Protocol (NTP) Clients File Transfer Protocol (FTP); Email (SMTP); IP telemetry, DIN 43863-4 (IP-T); Network Time Protocol (NTP); Short Message Service (SMS); TAINY SwitchingCenter (TSC) Server FTP; TELNET; ToIP (Transparent over IP); Para/Debug μC System Push or Pull operation Skalar offers different serial interface options to connect gas, water, electricity or heat meters. Standardized meter protocols have been stored in the device for communication with these meters. The device is therefore able to read metered data independently at an arbitrary point in time and transmit this data afterwards. So, whatever medium you have to measure, Skalar is the right choice for your energy data application. Approvals/Tests New tasks have arisen out of the liberalization of the energy market for the various market participants – network operators, traders, generators and customers. Interests of these market participants vary and thus create different requirements with regard to technical means of the control point. Since the introduction of incentive regulation, an increasing number of commercial aspects are complicating the situation. This is where the flexible device concept of Skalar comes into play and supports market participants with different solutions. Configurable reading Interfaces Completely flexible Technical Data General Skalar Devices Operating system: 32 bit microprocessor system; 32 bit real-time, multitasking operating system Data storage: 2MB RAM and 2MB flash memory Data Preservation Duration: data preservation in case of voltage breakdown for at least 10 days thanks to maintenance-free electric double-layer capacitor (EDLC) Internal real time clock Accuracy: -120...+10 ppm Power reserve: up to 10 days in case of voltage breakdown continue