ipRoute Router cu conversie bidirectionala de protocol IEC 101 la IEC 104

ipRoute

Router cu conversie bidirectionala de protocol IEC 101 la IEC 104

Protocoale uplink: IEC 870-5-101 balanced, slave ; IEC 870-5-101 unbalanced, slave ; IEC 870-5-104 server;
Protocoale downlink: IEC 870-5-101 balanced, master ; IEC 870-5-101 unbalanced, slave ; IEC 870-5-101, dialup, master ; IEC 870-5-104, client;
Transmite ASDU in mod transparent, fara a le interpreta;
Configurare integrala folosind browser web;
Functii de back-up si restore a configuratiilor;
Functie de diagnostic a starii conexiunilor configurate;
Functie de logging: toate datele la / de la ipRoute care au fost trimise si primite ; mesaje de sistem ; mesaje de eroare de comunicare sau eroare software;
1 port Gigabit Ethernet 10/100/1000 Mbps cu Auto MDI/MDI-X;
2 variante de echipament hardware (SEC3 si MEC2): vezi tab-ul specificatii hardware.

ALTE DETALII TEHNICE GASITI MAI JOS IN PAGINA.

Caracteristici software

Specificatii hardware

Exemple aplicatii

Modele

Caracteristici software

Specificatii hardware

Exemple aplicatii

Modele

Transparent ASDU transmission	ipRoute transmits ASDUs transparently without interpreting them. This enables ASDUs from the private part of the standard to be exchanged, without the necessity of prior configuration.
Configuration of different address lengths	The lengths of the common ASDU (CA = Common Address of ASDU), the cause of transmission and the information object address (IOA) can be configured differently and may not be the same.
Conversion between IEC 104 and IEC 101 ASDU types	ipRoute supports conversion between monitoring direction ASDU types with long time stamp (M_SP_TB_1, M_DP_TB_1, etc.) and ASDU types with short time stamp (M_SP_TA_1, M_DP_TA_1, etc.) and vice versa. It also supports conversion between control direction ASDU types with long time stamp (C_SC_TA_1, C_DC_TA_1, etc.) and ASDU types without timestamp (C_SC_NA_1, C_DC_NA_1, etc.) and vice versa. Additionally an individual size of originator address can be specified for each communication module. By means of this functionality the most of the differences between IEC 60870-5-104 and IEC 60870-5-101 devices can be eliminated.
Intelligent data flow control and bandwidth adjustment	ipRoute offers intelligent data flow control to prevent unnecessary data buffering. Should the connection to the control station fail or the data flow be interrupted by the master, ipRoute automatically stops the data transmission to all downlink connections. This shifts buffering to the substation as much as possible. If master connections are slower than slave connections, ipRoute data flow control automatically slows down the slave connections to prevent buffer overflow. The ASDU TTL (time to live) monitoring which can be configured flexibly ensures that no data is needlessly transmitted to the master and – this is of particular importance with respect to commands – to the slave or substation. Accurate monitoring of acknowledged ASDUs prevents loss of data units in case of temporary connection failures or communication interferences. Unacknowledged ASDUs are repeated after the next connection set-up, even if they had already been transmitted.
ASDU filtering	ipRoute allows ASDU filtering in control and monitoring directions based on the ASDU address (Common ASDU address). In control direction (downlink), ASDUs may either be sent to all or only to specified ASDU addresses. Broadcast ASDUs are dispatched to all connected devices. In monitoring direction, the ASDUs are generally sent to all superordinate systems. A filter may also be configured for each uplink connection, so that only certain ASDUs are passed on.
General polls	As the master does not directly register a substation connection failure, ipRoute allows the automatic triggering of a general poll to the substations after the next connection setup.
Virtual RTU	In addition, the slave connection status can be signaled to the master using a virtual RTU. In this case ipRoute behaves like a full IEC-101/104 slave.
Clock sync	ipRoute allows clock synchronization of substations. The ipRoute internal clock can be synchronized via NTP or IEC. Following its own synchronization, any connected substations are synchronized.
Redundancy	In order to meet higher data reliability requirements, ipRoute can be used with a second device and provide the necessary redundancy


Sistem	SEC3	MEC2
Parti in miscare	NU	NU
Procesor	ARM Cortex-A8 1 GHz	Intel Atom 1.46 GHz processor
Memorie	256 MB DDR3L	DDRIII RAM, max. 4,096 MB
Storage	512 MB SLC NAND Flash	SLC NAND Flash Max. 64 GB supported
RTC	DA	DA
Watchdog	DA	DA
Porturi
Ethernet	2x RJ45 10/100BASE-T	2 x RJ-45 10/100/1000 Base-T
Serial	2x RS232 / RS422 / RS485	4 x RS-232/422/485
Serial	Conector RJ-45	Conector 9-pin D-SUB male
USB	2 x USB 2.0	2 x USB 2.0
VGA	–	1 x 15-pin D-SUB female
Indicatoare LED	Power, CPU, LAN Link/Act , Serial Send/Receive
Modem celular (optional)	–
		cellular modem module incl. antenna and mini SIM socket
		cellular modem module incl. antenna and mini SIM socket
		HSPA+ (850/800, 900, 1900, 2100 MHz)
		HSDPA Cat. 10 / HSUPA Cat.6: DL: max. 14.4 Mbps, UL: max. 5.76 Mbps

		EDGE class 12: DL: max. 237 kbps, UL: max. 237 kbps
		EDGE class 12: DL: max. 237 kbps, UL: max. 237 kbps
		GPRS class 12: DL: max. 85.6 kbps, UL: max. 85.6 kbps
		GPRS class 12: DL: max. 85.6 kbps, UL: max. 85.6 kbps
Alimentare
Tensiune de alimentare	12 / 24 / 48 Vcc (9 – 60 Vcc)	12 – 24 V DC (± 20 % )
Consum	10 W	15 W
Redundanta	DA	DA
Caracteristici mecanice
Carcasa	IP-30	IP-40
Montare	Sina DIN	Sina DIN
Dimensiuni (W / H / D)	50 / 124 / 122 mm	48 / 155 / 110 mm
Greutate (g)	400 g	1000 g
Conditii de mediu
Temperatura de stocare	-20 to 60°C	-20 to 70°C
Temperatura de functionare	-40 to 85°C	-40 to 85°C
Umiditatea de functionare	5% to 95% Non-condensing	5% to 95% Non-condensing
Aprobari
CE, RoHS	FCC Part 15, CISPR (EN55022) class A
EMC	EN 55016-2, EN 61000-4
Model SEC3-SA	IEC 61850-3; EN 61850-3	–

IMPERIAL ELECTRIC SA

ipRoute

Router cu conversie bidirectionala de protocol IEC 101 la IEC 104