Siemens SICAM FCG Manual Download Page 2

SICAM FCG Device  

6MD2340

  

 

 

 

                     

       

 

 

 

 

 

Product Information  

E50417-X1040-C584-A3, Edition  09.2016 

 

Application 

This product information refers to the SICAM FCG device provided for the 

various applications in power supply companies and at consumers:  

  Transmits the load current values and distribution line faults status  

and events to the SCADA control center based on the  

IEC 60870-5-104 protocol. 

SICAM FCG transmits the distribution line fault status and events to the 

cloud based fault location service "FLiC" based on the XMPP protocol. 

A mobile communication interface is provided.  
Parameterization via HTML pages using a web browser is supported by 

a web server that is integrated in the device. 
For parameterization via HTML pages, an Ethernet interface is provided. 

The mobile interface can be used alternatively once the mobile  

connection has been set up. 
The respective device manual contains more detailed information, for 

example, on the following topics: 
user information, device versions, ordering information, device design 

(mechanical, electrical), installation and commissioning, interfaces, 

connection types, parameterization and operation via HTML pages, 

operating parameters, time synchronization, maintenance, malfunctions, 

operational indications and error messages, detailed technical data. 

Mounting, Commissioning, and Connection Types of the Device 

 

 

WARNING

 

Danger of death, personal injury or substantial 

property damage 

Non-observance of the following measures can result in 

death, personal injury or substantial property damage. 

  Work may only be carried out by trained personnel 

who are familiar with and observe the safety 

requirements and precautions. 

  When performing electrical installations, you have to  

observe the national and international regulations on 

the erection of electrical power installations. 

  Work may never be carried out if there is any 

dangerous voltage present. 

  De-energize the device. 

Connect the protective conductor terminals L and P 

to the protective conductor of the switch panel or of 

the control cabinet. 

  All circuit components connected to the power supply 

may be subject to dangerous voltage. 

  Hazardous voltages may be present in equipment 

even after the supply voltage has been disconnected  

(capacitors can still be charged). 

  The limit values stated under “Technical Data” in the  

corresponding device manual may not be exceeded.  

This must also be considered during testing and  

commissioning. 

Unpacking a Device 

Devices are tested prior to delivery. Devices are packed on site in a way 

that meets the requirements of standard ISO 2248. 

  Check the packing for external transport damage. Damaged packing 

may indicate that the devices inside have also sustained damage.  

  Unpack devices carefully; do not use force.  

  Visually check the devices to ensure that they are in perfect 

mechanical condition.  

  Check the enclosed accessories against the delivery note to make sure 

that everything is complete.  

  Keep the packing in case the devices must be stored or transported 

elsewhere.  

  Return damaged devices to the manufacturer, stating the defect. 

 

NOTE 

Before commissioning the device, leave it in the final 

operating room for at least 2 hours. This allows it to 

reach room temperature and to prevent dampness and 

condensation. 

Mounting  

General Information 
1.  Before installing the device, insert the supplied Lithium battery  

(see below).  

2.  The device should be mounted in a dry, dirt free location.  
3.  Keep a minimum distance of 10.5 mm to adjacent devices.  
4.  Field Wires of Control Circuits shall be separated from other circuits 

with respect to the end use requirements!  

5.  The permitted ambient temperature must be observed (see technical 

data). Operating the device outside the permitted operating 

temperature range can lead to measuring errors and device failure.  

6.  The terminals are designed for conductor cross-sections of 2.5 mm² 

max. (AWG 14).  

7.  During operation, the device must not be exposed to condensation, 

direct sunlight, or extreme temperature changes.  

8.  The above mounting instructions must be performed correctly to 

provide sufficient protection against touching live parts. 
 

Lithium Battery 

 

CAUTION

 

Danger of fire or chemical burn hazard 

The battery used in this device may present a fire or 

chemical burn hazard if mistreated. 

  Batteries must only be replaced with the same type or 

the types recommended by Siemens, PANASONIC 

CR2032 or VARTA 6032 101 501. 

  Do not reverse the polarity of the battery. 

  Do not recharge, disassemble, heat above 100 °C  

(212 °F) or incinerate. 

  Dispose the used battery promptly. 

  Keep away from children! 

 
First installation / replacement of the lithium battery  
 

The delivery includes a lithium battery that powers the battery-buffered 

memory and the real-time clock. Upon delivery, the battery is insulated  

with a plastic foil in the battery compartment of the device. 
Replace the battery if the battery charge is too low (operational indication 

"Battery Failure". 
Proceed as follows for the first installation or for battery replacement: 
1.  Lever the cover of the battery compartment out of the socket  

with a suitable tool (e.g. precision engineer screwdriver 2.0 mm), see 

figure 3. 

2.  Take the battery out of the battery compartment and - in case of first 

installation remove the plastic foil. 

Summary of Contents for SICAM FCG

Page 1: ...excluded We do not provide any technical support for the Product if it has been modified Notes on Safety This document contains notes that must be adhered to for your own personal safety and to avoid damage to property However it does not constitute a complete description of all safety measures required for installation service and maintenance of the equipment module device in question Details are...

Page 2: ...way that meets the requirements of standard ISO 2248 Check the packing for external transport damage Damaged packing may indicate that the devices inside have also sustained damage Unpack devices carefully do not use force Visually check the devices to ensure that they are in perfect mechanical condition Check the enclosed accessories against the delivery note to make sure that everything is compl...

Page 3: ...ltage and to the maximum values 2 Connect the desired devices to the terminals and plug connectors see figure 1 3 Install the SIM card and connect the GSM antenna according to Device Manual 4 Switch on the connected peripheral devices and the supply voltage of the device NOTE The device does not have a power on off switch Switch on off the supply voltage at the respective isolating device or at th...

Page 4: ...f the device is stored for an extended period of time Siemens recommend to connect the device to the supply voltage for 1 or 2 days once a year to reform the electrolytic capacitors in the device This procedure should also be carried out before operating the device Transport SICAM FCG with 1 contained lithium metal cell button cell with 0 07 g lithium content meets the preconditions of Special Pro...

Page 5: ...nsmission rate 10 100 Mbit s Cable for 100Base T 100 Ω to 150 Ω STP CAT5 Maximum cable length 100Base T 100 m if installed GSM Antenna and Antenna Interface Requirements for Antenna Type Fixed antenna For use in industrial environment acc to EN IEC 61010 1 Ed 3 CAT III Detached antenna For remote installation in residential commercial and light industrial environments EN IEC 61010 1 Ed 3 CAT III A...

Page 6: ...sulation Test Power supply Rated voltage DC 12 or DC 24 V no insulation Ethernet interface Insulation SELV Rated voltage DC 50 V insulation test voltage DC 700 V Rated voltage DC 50 V insulation test voltage AC 1500 V Binary outputs Insulation reinforced CAT III Rated voltage 300 V Insulation test voltage AC 3 51 kV Binary inputs Insulation reinforced CAT III Rated voltage Block P 300 V Rated volt...

Page 7: ... 5 Hz to 8 Hz 7 5 mm amplitude 8 Hz to 150 Hz 2 g acceleration Frequency sweep 1 octave min 20 cycles in 3 orthogonal axes Shock IEC 62586 1 class 1 IEC 60068 2 27 test Ea Semi sinusoidal 15 g acceleration duration 11 ms Each 3 shocks in both directions of the 3 axes Shock IEC 62586 1 class 1 IEC 60068 2 29 test Eb Semi sinusoidal 10 g acceleration duration 16 ms Each 1000 shocks in both direction...

Page 8: ...s Product Information E50417 X1040 C584 A3 Edition 09 2016 1 SICAM FCG Terminal Side 2 SICAM FCG DIN Rail Side 3 SICAM FCG Device Top Side Cover of Battery Compartment 4 SICAM FCG DIN rail Assembly 5 SICAM FCG Dimension Drawing ...

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