Name: Sices MC400 - [Italy] Grid synchronized controller
Brand: Sices
SKU: 678056710
Price: 100000 VND
Availability: InStock
Rating: 4.5 (275 reviews)

Sices MC400 is used in the case of mains power management and switchgear applications. The MC 400 provides capabilities for parallel synchronization and viewing of system statuses, parameters, alarms, and interrupts.

Cổng MC400

SICES CONTROLLER	INFORMATION
Origin of SICES MC 400	Italy
SICES MC 400 Manual pdf	Download
APPLICATION OF SICES MC 400	Used to manage mains power and switchgear in applications created by multiple generators operating in parallel.
CONNECTION PORT OF SICES MC 400	USB, RS232, RS485, Ethernet.

Key information about the SICES MC400 controller

TTTT Global is currently a genuine Sices generator controller representative.
Sices MC 400 – The SICES controller based device, aimed for managing the mains (and the relative circuit breaker) in applications composed by multiple generators operating in parallel. Multiple MC400 controllers are allowed for each system, to manage multiple mains.
Sices MC400 TTTT performs a continuous check of the mains voltages characteristics; in case of anomalous voltages, it can immediately operate on the MCB circuit breaker (loads protection from abnormal mains voltages) and start the generators to supply the loads (AMF function). When the mains returns in correct conditions, it allows the gensets synchronization to the mains (“reverse synchronization”), avoiding a blackout on the loads (“short time parallel”).
While the generators are in parallel to mains, MC400 continuously checks the mains to detect any faults, (interface protection): in case of anomalies, it opens the MCB circuit breaker to isolate the generators from the mains.
MC400 is a “master” device, designed for the management of a Mains Circuit Breaker (MCB) and a Master Gensets Circuit Breaker (MGCB).
This makes the controller particularly suitable and effective for mains emergency applications (“MSB+MSTP” – Multiple Stand-by + Multiple Short Time Parallel), production in parallel to the mains applications (“MPtM” – Multiple Parallel to Mains) and mixed applications (“MSB+MPtM” – Multiple Stand-by + Multiple Parallel to Mains).
MC400 is designed to simultaneously synchronize all generating sets (controlled by SICES parallel controllers) to the mains, with the soft transfer of the loads from the generator sets to the mains, thus avoiding any blackout on the loads during the short time parallel.
The embedded “gensets management logics depending on the loads”, integrates perfectly with the same management present in the SICES parallel controllers.
MC400 can be combined only with SICES GC400 parallel controllers. In addition, if the plant includes a tie breaker, it can be controlled by the SICES BTB200 controller. Communication between devices is managed with a single CANBUS connection (PMCBus).
On the TTTT Global site, there are not only Sices MC 400 pdf but also Sices MC 400 manual.

SICES MC400 also includes

The centralization of the start/stop commands towards the generators.
An internal synchronizer with voltage, frequency and phase differences control.
The centralized management of active power setpoints for the generators, to allow the gradual transfer of the loads with a specifiable rate.
The centralized management of power factor setpoints for the generators, when operating in parallel with the mains.
The production in parallel to mains at fixed power (BASE LOAD), with the power setpoint for the generators settable by parameter or by analogue input.
The production in parallel to mains at variable power (IMPORT EXPORT, variable production on the generators to guarantee a fixed power on the mains), with power setpoint for the mains settable by parameter or by analogue input.
The loss of mains protections (interface protections), to isolate the generators from the mains in case of failure on the mains itself.
The LOAD SHEDDING function (non-priority loads disconnection), with 4 available levels.
The PEAK SHAVING and PEAK LOPPING functions (start of generators due to excessive consumption of the loads from
the mains).
Taking advantage of the internal calendar clock (with rechargeable backup battery):
Periodical genset’s start-up with programmable rate, in order to verify their efficiency (this test can be done without load, in parallel to the mains or in island mode by transferring the loads from the mains to the generators).
Selectable days and time intervals in which the generators must never be started.
Selectable days and time intervals in which the generators must be started even if the mains is present.
Periodical and “on-event” history logs.
Embedded alarm horn.
Multilanguage display (EN, IT, FR, PT, ES, RU).

SICES MC400 offers true RMS measures for

Mains voltages.
Genset bus bars voltages.
Circulating currents towards the mains.
Active, reactive, apparent powers and power factors on the mains (total and by phase).
Active, reactive, apparent powers and power factor on gensets bus bars (total).
MC400 is equipped with a series of inputs and outputs, both digital and analogue, all completely and freely configurable, to respond at each specific needs of the application.
Thanks to the configurable AND/OR, it is possible to configure specific operating sequences for each type of application.
The controller is equipped with a graphic monochrome display 128×64 pixel 70×38 mm, with an attractive and immediate design with icons and symbols, for a quick view of measurements (mains and gensets) and system statuses. It also allows the manual opening and closing of both the mains circuit breaker (MCB) and the master genset circuit breaker (MGCB), via two dedicated buttons.

retro_mc400

Reference: Sices dst4602 Evolution

Reference: Sices dst4400

Sices MC 400 Controller Specification

Connection port

8 digital inputs.
8 digital outputs.
3 analog inputs.
2 analog outputs.
AND/OR logic control gate.
1 USB port (Modbus RTU).
1 RS232 serial port (Modbus RTU). It supports external GSM/GPRS modem.
1 isolated RS485 serial port (Modbus RTU).
1 Ethernet port with RJ45 (Modbus TCP) connector.
1 Insulated CANBUS interface for connecting expansion modules (EXBUS).
1 Insulated CANBUS interface for connection to other SICES controllers (PMCBUS).

Other options

REWIND – GPRS/ GSM/ GPS device (for SIMONE).

Calculated values

Active power, reactive power, apparent power and mains power factor of total and single phase.
Active and reactive energy counters (input and output).
Total active and reactive power of all generators providing.
Provides the percentage of load on the controller.
Total active and reactive energy counters of all supplied generators.

Methods of protection

Interface protection (in parallel with the power supply)

Low voltage (27).
Low voltage with voltage class dependent time (27T).
Low voltage associated with imported reactive power (27Q).
Overvoltage (59).
Low frequency (81U).
High frequency (81O).
ROCOF (df/dt, 81R).
Vector jump.

Primary protection (for emergency secondary services)

Low frequency (81U).
High frequency (81O).
Low voltage (27).
Overvoltage (59).
Unbalanced voltage (46).
The sequence of phases is wrong.

Other protective measures

Minimum output power to mains power (32).
Maximum current (50, 51, 50V, 51V).
High/low supply voltage.

Device information

Supply voltage: 7 to 32 VDC.
Power Consumption: Typically less than 6W (auto mode, standby mode, LCD lamp saving operation).
Operating frequency 50Hz or 60Hz.
Backlit, monochrome, switchable graphic LCD display.
Graphic display size: visible surface 70x 38 mm.
Operating temperature: -25^oC to 60^oC.
Storage temperature: -30^oC to 80^oC
Degree of protection: IP65 (only with properly fitted gasket).
Weight: 1100 gr.
Overall dimensions: Length 244 x Width 178 x Height 40mm.
Panel cut: Length 218 x Width 159 mm.
Graphics display resolution: 128×64 pixels.
EMC: conforms to EN61326-1.
Safety: Built in compliance with EN61010-1.