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BlokSeT 5000 - Next Gen Pre-Smart LV Switchgear

Name: BlokSeT 5000 - Next Gen Pre-Smart LV Switchgear
Brand: Zhejiang Tenrony Electricity Co., Ltd.
Availability: InStock

BlokSeT 5000 is Schneider Electric's next-generation pre-smart low-voltage switchgear, combining decades of LV distribution expertise with cutting-edge digital innovation to create a comprehensive fixed and withdrawable (drawer) LV distribution solution.

Compliant with IEC 61439-1/2, the modular design accommodates incoming feeders, bus-tie cabinets, MCCB feeders, ACB feeders, stacked feeders, drawer cabinets, capacitor banks, and fixed transfer switches, meeting diverse distribution requirements.

BlokSeT 5000 offers three cabinet types: fixed-section cabinets (for high-current incoming/feeders), drawer cabinets (for motor control and standard feeders), and capacitor cabinets.

Cabinet widths: 600/800/1000/1200mm; depth: 1000mm; height: 2200mm. Module height: 1M = 50mm, with 40M of usable space for flexible component layout.

Products

Advantages

Safety & Reliability

Compliant with IEC 61439-1/2 and GB 7251.1/12
Drawer units with 4 positions: Connected, Test, Disconnected, Withdrawn - each with reliable interlock locking
Complete interlock mechanism: prevents door opening when breaker is ON; mechanical interlock between door and breaker shaft
Up to 3 padlocks per drawer position for maintenance safety
Enclosure protection: IP30/31/40/41 optional

Modular Drawer Design

Drawer module sizes: 4/2M (half), 3M, 4M, 6M, 9M, 12M
Single drawer: motor up to 160kW, distribution up to 630A
Drawer unit: mobile part (drawer), fixed frame, main circuit contacts, auxiliary circuit contacts
Supports: distribution protection, direct motor start, reversing motor start

Smart Digital Capabilities

Smart QR code: links to key asset info, anti-counterfeiting
Digital panel on incoming cabinet: displays connection status, provides undervoltage/overtemp alarms via gateway
Wireless temperature module (SMT01): real-time monitoring of critical points
V-loss measurement: captures incoming cabinet undervoltage events
Wireless power measurement & diagnostics: accurate energy measurement and contact status
EPC commissioning tool: easy configuration, upgrade, info sync
"TeleEye" cloud platform: efficient asset management and preventive O&M
Door display unit: touch control, real-time display of measurements, alarms, status

Digital Interaction Options

BlokSeT 5000 offers two interactive options:

Cloud Solution: Connect to Schneider cloud platform for asset management, O&M planning, data viewing, status/alarm/trend analysis
Local Solution: 7-inch door display for live measurement/status/alarm/trend visualization

Smart Design Software

Ecoreal XL Design Software: Covers full project lifecycle from quotation to design to production - auto cabinet recommendation, auto billing, auto document generation, real-time module/current calculation

Technical Specifications

General Parameters

Parameter	Value	Note
Rated Insulation Voltage	1000V	IEC 61439-1
Rated Operating Voltage	380/400V AC	50Hz
Rated Impulse Withstand	8kV
Main Busbar Rated Current	≤ 5000A	Configuration dependent
Rated Short-time Withstand (1s)	≤ 100kA
Rated Peak Withstand	≤ 220kA
Enclosure Protection	IP30/31/40/41	Optional
Cabinet Material	Aluzinc + Electro-galvanized steel	Epoxy powder coating
Cabinet Width	600/800/1000/1200mm	Per scheme
Cabinet Depth	1000mm
Cabinet Height	2200mm
Module Unit (1M)	50mm	Usable height: 40M
Cable Entry	Top / Bottom

Key Components

Incoming Feeder Parameters

Fixed incoming feeder with MTZ series ACB:

Frame Current	Breaker Type	Poles	Height (1M=50mm)	Width (mm)	Depth (mm)
630~1600A	MTZ1 06-16 H2	3P / 4P	9	600	1000
800~1600A	MTZ2 08-16 N2	3P / 4P	12	600	1000
2000~2500A	MTZ2 20-25 N2/H1	3P / 4P	12	600	1000
3200A	MTZ2 32 N2/H1	3P / 4P	12	600	1000
4000A	MTZ2 40 N2/H1	3P / 4P	12	800	1000
5000A	MTZ3 50 H1	3P / 4P	13	1200	1000

Drawer Cabinet Parameters (Distribution)

CB Type	Poles	Voltage	Trip Unit	Drawer Module	Current
NSX100m/100	3P	380/400V	TMD63	4M/2 (half)	63A
NSX100	3P	380/400V	TMD100	3M	100A
NSX100	4P	380/400V	TMD100	4M	100A
NSX160	3P	380/400V	TMD160	3M	160A
NSX250	3P	380/400V	TMD250	3M	250A
NSX400	3P	380/400V	MIC2.3	6M	400A
NSX630	3P	380/400V	MIC2.3	6M	630A
EZS100	3P	380/400V	TMD100	3M	100A
EZS250	3P	380/400V	TMD250	3M	250A
EZS400	3P	380/400V	TMD400	6M	400A
EZS630	3P	380/400V	TMD600	6M	630A

Capacitor Bank Parameters

Power(kvar)	IP Class	Ambient(°C)	Width(mm)	Ventilation	Reactance
150	30/31/40/41	35	600	Natural	None
200	30/31/40/41	35	600	Natural	None
250	30/31/40/41	35/40/45	600	Forced	None
300	30/31/40/41	35/40/45	600	Forced	None
400	30/31/40/41	35/40/45	600	Forced	None
150~400	30/31/40/41	35/40/45	1000	Forced	5.7%/7%/14%

Schneider Pre-Smart LV Switchgear Specification

Applications

Target Industries

BlokSeT 5000 is widely applied across the following industries:

Industry	Application	Recommended Solution
Commercial Buildings	Office towers, malls, hotels	Fixed-section + Drawer
Data Centers	Cloud computing, IDC rooms	Fixed-section + Smart
Industrial Plants	Manufacturing, food processing	Drawer cabinets
Infrastructure	Airports, metro, hospitals	Fixed + Drawer
Renewable Energy	Solar PV, energy storage	Fixed + Capacitor
Petrochemical	Refineries, chemical plants	Drawer cabinets
Municipal	Water treatment, WWTP	Fixed-section

Typical Configurations

Incoming Feeder: Top/bottom entry, 630A~5000A, available in MTZ/MT/MVS/EVS series
Bus Tie: Between dual power/transformers, 630A~5000A
MCCB Feeder: NSX/CVS/EZS series, 100A~630A, single or dual horizontal mount
ACB Feeder: MTZ1/MTZ2 ACB + MCCB mixed, 630A~2500A
Stacked Feeder: 2 ACBs stacked vertically to save width, 800A~2500A
Drawer Cabinet: Distribution/direct start/reversing start, 4M/2 ~ 12M modules
Capacitor Bank: Natural or forced ventilation, up to 9 steps, 150~400kvar
Transfer Switch: WATSN PC-class ATSE, 320A~1250A

Schneider Pre-Smart LV Switchgear Application

Operating & Environmental Conditions

Normal Service Conditions

Parameter	Requirement	Note
Installation	Indoor
Ambient Temperature	-5°C ~ +40°C	24h avg ≤ +35°C
Altitude	≤ 2000m	Derating above 2000m
Relative Humidity	≤ 50% (+40°C)	Higher at lower temps
Pollution Degree	Class 3	IEC 61439-1
Installation Category	II / III / IV	Per circuit