Key Product Features
Predictive Maintenance with LV Thermal Monitoring
BlokSeT sets the industry standard with LV system thermal monitoring. Permanently installed sensors accurately monitor busbar connections, cable compartments, and breaker contacts. Predictive maintenance capabilities mean you can address potential issues
Optimized Performance
Optimize and increase efficiency with Intelligent Power and Motor Control Center (iPMCC). iPMCC communication architectures are based on Blokset switchboards for PCC and MCC applications. IPMCC, which is embedded in equipment, makes it possible to collect
Open Solution
iPMCC is intended to be one of the market’s most “open” solutions. It supports the major protocols used in industrial communications networks in native mode: EtherNet/IP, ModBus TCP/IP, ModBus RTU, Profibus, and also, to some extent, DeviceNet and CANopen
Zero Downtime Tolerance
BlokSeT LV switchboards are built to endure harsh environments. They offer zero downtime tolerance and rapid restarting capabilities, ensuring your operations continue without interruption.
Certified to International Standards
Our MCCs are certified per IEC 61439-1&2 and international LV standards, guaranteeing top-tier quality and performance.
Recognized LV Panel for Internal Arc Safety
BlokSeT is recognized for its exceptional internal arc performance, providing a secure environment even in extreme conditions.
Green Premium Product
BlokSeT is a Green Premium product, demonstrating our commitment to environmental sustainability.
Flexible Options
MCCs can be supplied with fixed, plug-in, and withdrawable modules. The MCCs can cover all the motor starting methods, such as the Dol, Start/Delta, and soft-starting with coordination Type-1 and 2. MCCs can also be provided with variable-speed drives.
Proven Performance
Early Detection
Permanently installed sensors continuously monitor your LV switchboards, offering early detection of potential hazards. Immediate alerts are sent to your operations and maintenance teams, allowing for swift response and preventing unsafe conditions.
Minimized Downtime
With BlokSeT Thermal Monitoring, downtime is minimized, and safety is maximized. Such performance translates to reduced insurance premiums related to fire risks, adding value to your investment
Scalable Connectivity
Choose from three monitoring configurations to suit your needs: Enabled, Enabled Plus, or EcoStruxure Asset Advisor for cloud-based digital services. These configurations offer local or remote monitoring, ensuring you have the flexibility to monitor your
Technical Data
Protection
Short-circuit, Thermal overload, Overcurrent, Ground current
iPMCC: Standard, MCC: Standard
Current phase imbalance & phase loss
iPMCC: Standard, MCC: Standard
Current phase reversal
iPMCC: Standard, MCC: not available
Undercurrent
iPMCC: Standard, MCC: not available
Long start (stall) & Jam (locked rotor)
iPMCC: Standard, MCC: not available
Motor temperature sensor
iPMCC: Standard, MCC: not available
Rapid cycle lockout
iPMCC: Standard, MCC: not available
Load shedding
iPMCC: Standard, MCC: not available
Voltage phase imbalance, phase loss, & phase reversal
iPMCC: Optional, MCC: not available
Undervoltage & Overvoltage, Underpower & Overpower, Under & Over power factor
iPMCC: Optional, MCC: not available
Measurements
Line currents, Ground current, Average current, Current phase imbalance, Thermal capacity level
iPMCC: Standard, MCC: not available
Motor temperature sensor
iPMCC: Standard, MCC: not available
Frequency
iPMCC: Standard, MCC: not available
Line-to-line voltage, Line voltage imbalance, Average voltage
iPMCC: Optional, MCC: not available
Active & Reactive power, Power factor, Active & Reactive power consumption
iPMCC: Optional, MCC: not available
High level functions
Custom logic at starter level
iPMCC: Standard, MCC: not available
Advanced motor starting modes
iPMCC: Standard, MCC: not available
Automatic restarting of motors
iPMCC: Optional, MCC: not available
Fast Device Replacement
iPMCC: Optional, MCC: not available
Connectivity & Communication architectures
Schneider Electric Process Control System, Energy Management and Control System, PLCs (1)
iPMCC: interop. tested, MCC: interop. tested
Third-party Process Control System, Energy Management and Control System, PLCs (1)
iPMCC: Optional, MCC: Optional
Native Ethernet Modbus/TCP in Daisy Chain Loop, Star, Proxy
iPMCC: Standard, MCC: Standard
Native Ethernet IP with RSTP in Daisy Chain Loop, Star
iPMCC: Standard, MCC: Standard
Native Profibus-DP, Native DeviceNet, Native Modbus-SL
iPMCC: Standard, MCC: not available
Other protocols
iPMCC: Optional, MCC: not available
Operational modes
Consignment
iPMCC: Standard, MCC: Standard
Starters test position
iPMCC: Standard, MCC: Standard
Maintenance & Upgrade live
iPMCC: Standard, MCC: Optional
Control at motor level
iPMCC: Optional, MCC: Optional
PC set-up
iPMCC: Optional, MCC: not available
Remote management
iPMCC: Standard, MCC: not available
Local HMI
iPMCC: Standard, MCC: Optional
"Nominal current only" set-up (screwdriver)
iPMCC: Standard, MCC: Standard
(1) PLC: Programmable Logic Controller
Motor Control Centers: Empower Your Plant
Incorporate BlokSeT MCCs into your power distribution systems and experience the pinnacle of power distribution technology. With unparalleled features and reliability, BlokSeT MCCs keep your business competitive while offering peace of mind. Elevate your
