Standardized Din Rail Terminal Solutions with Enhanced Reliability
Adopt the latest 35mm standard Din Rails specifications to ensure perfect compatibility with global accessories
Din Rail Terminal Blocks adopt a quick snap-on design for quick tool-free installation
Din Rail Mount Terminal Block is equipped with an anti-loosening structure to effectively cope with high vibration environments
Din Rail Connector Blocks support flexible modular expansion to meet different system requirements
Professional-grade Electrical Railing design with a load-bearing capacity of more than 50kg per meter
Din Rail Dimensions meet international standards and provide a variety of length options (1m/2m/3m)
Made of high-quality galvanized steel, with excellent corrosion resistance and conductivity
Dinrail special treatment process ensures a service life of more than 10 years
Innovative rail groove design, suitable for various standard terminals and accessories
Integrated stamping molding provides higher structural strength and stability
Key Advantages
Standard Compliance: Manufactured according to IEC/EN 60715 standards, ensuring compatibility with global industrial components.
Material Excellence: Constructed from high-quality galvanized steel, offering superior corrosion resistance and mechanical strength.
Versatile Mounting: Available in both perforated and unperforated versions, catering to diverse installation requirements.
Dimensional Precision: Strict adherence to dimensional tolerances guarantees seamless integration with DIN rail mount devices.
Enhanced Load Capacity: Robust design supports heavier components, reducing the risk of deformation under load.
Product Catagories
Screw terminal block
Pluggable terminal block
Spring type terminal block
Barrier terminal block
wdt_ID
wdt_created_by
wdt_created_at
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model
Wide(W) mm
Tall(H) mm
Thickness(T)mm
Length(L) M
Custom pass (ø)mm
Standard pass (ø)mm
1
Kiva
07/07/2025 04:31 AM
Kiva
07/07/2025 04:31 AM
NS35/7.5
35
75,00
1,00
1/2
5.2×15
6.2×15
2
Kiva
07/07/2025 04:31 AM
Kiva
07/07/2025 04:31 AM
NS35/6.5
35
65,00
1,00
1/3
5.2×15
6.2×15
3
Kiva
07/07/2025 04:31 AM
Kiva
07/07/2025 04:31 AM
NS35/15
35
15,00
15,00
1/4
5.2×15
6.2×15
4
Kiva
07/07/2025 04:31 AM
Kiva
07/07/2025 04:31 AM
NS15/5.5
15
55,00
1,00
1/5
-
4.2×12.2
5
Kiva
07/07/2025 04:31 AM
Kiva
07/07/2025 04:31 AM
NS32/15
32
15,00
12,00
1/6
-
6.2×15
6
Kiva
07/07/2025 04:31 AM
Kiva
07/07/2025 04:31 AM
NS35/7.5 Aluminum
35
75,00
1,00
1/7
-
4.8×25
7
Kiva
07/07/2025 04:31 AM
Kiva
07/07/2025 04:31 AM
NS35/7.5 Aluminum
35
75,00
15,00
1/8
-
5.2×15
8
Kiva
07/07/2025 04:31 AM
Kiva
07/07/2025 04:31 AM
NS32/15 Aluminum
32
15,00
15,00
1/9
-
6.2×15
9
Kiva
07/07/2025 04:31 AM
Kiva
07/07/2025 04:31 AM
NS25/10 Aluminum
25
10,00
11,00
1/10
-
4.8×25
model
Wide(W) mm
Tall(H) mm
Thickness(T)mm
Length(L) M
Custom pass (ø)mm
Standard pass (ø)mm
Applications
Industrial Automation: Mounting PLCs, contactors, and relays within control panels.
Power Distribution: Organizing circuit breakers and terminal blocks in distribution boards.
Building Management Systems: Integrating sensors and controllers for HVAC and lighting systems.
Renewable Energy: Securing inverters and monitoring devices in solar and wind energy installations.
Basic Knowledge
Understanding DIN Rail Types
Top Hat Rails (NS 35): Characterized by their symmetrical profile, these rails are widely used due to their versatility and ease of installation.
Miniature Top Hat Rails (NS 15): Designed for applications where space is limited, maintaining compatibility with smaller devices.
G-Type Rails (NS 32): Their asymmetrical design provides additional support, making them suitable for heavier equipment.
Aluminum Rails (NSL 35): Lightweight and corrosion-resistant, ideal for environments where weight and corrosion are concerns.
Perforated vs. Unperforated DIN Rails
Perforated: Feature pre-drilled holes for easy mounting, reducing installation time.
Unperforated: Offer flexibility in hole placement, allowing customization based on specific requirements.
Precision Matter: DIN Rail Dimensions & Tolerances
Standard DIN rail 35 mm (EN 60715 TS 35) must be cut to exact lengths (e.g., DIN rail 1 m) with ±0.2 mm tolerance. Too tight and equipment jams; too loose and modules wobble under vibration.
Beware “off-brand” rails that deviate in depth or flange width—your DIN rail dimension check gauge must include both the top hat height and slot width.
Mounting Variations: TS 35 vs. TS 32 & NS 15
TS 35 DIN rail is the industry workhorse; TS 32 DIN rail sees frequent use in compact sub-cabinets.
NS 15 perf 2000 mm rails integrate pre-punched mounting holes every 50 mm, enabling rapid panel layouts—ideal for large data centers.
Rack-Mount & Hybrid Installations
A rack mount DIN rail clip system lets you attach TS 35 rails directly to 19″ racks. Use spring-steel clips to maintain rail flatness across horizontal spans.
In telecom or lab racks, staggering DIN rail mount positions prevents single-point failure and eases airflow.
Material & Finish Secrets
Zinc-plated steel is standard, but in high-humidity or corrosive venues, opt for stainless-steel or T35-C1 (electrogalvanized + passivation).
Self-extinguishing polymer rails exist—use where arc-flash risk or chemical vapors demand non-conductive mounting.
“DIN Rail Near Me” Sourcing Strategy
Local fasteners suppliers often stock cut-to-length rails (e.g., 500 mm or 1 m in-stock), saving lead time over custom orders.
Use online “DIN rail near me” searches to find certified local stockists—ideal when project deadlines accelerate.
Installation & Vibration Mitigation
Always install rails with anti-vibration end stops; unbraced rail ends can flex under harmonic loads, leading to terminal loosening.
Use nylon spacers on rack mount DIN rail to dampen chassis-borne vibration in mobile or vehicle-mounted panels.
Future-Proofing Your Panel
Leave a 10 % over-hang at each rail end (“sacrificial length”) for late additions—cutting rails mid-project compromises alignment.
Mark rail dimensions on panel backer plates in CAD drawings to prevent mis-ordering during revisions.
Why Choose Leipole?
As a professional buyer, do you face these challenges?
Delivery delays – affecting project progress and production line stability
Poor technical adaptability – standard products cannot meet complex working conditions
High hidden costs – frequent maintenance, excessive energy consumption, slow after-sales response
Compliance risks – lack of international certification leads to customs clearance and warranty disputes
Leipole is proud to offer one-stop solution:
Global layout, zero delivery delays
R&D and sales headquarter led by the team in Singapore – cutting-edge cooling technology iteration to ensure product leadership
Manufacturing base in Shanghai, China – ISO 9001 & ISO14001 certified, cost optimization + high quality control standards
Localized warehousing in 24 countries – spot shipments from the EU, America, and Southeast Asia, urgent orders arrive within 3 days
Deep customization capabilities to solve complex needs
OEM/ODM full-case support – from cooling structure design to branding customization, 100+ successful cases (Industrial Automation/ New Energy Industry/Data Centers)
Working condition simulation test – Free simulation of air volume, high temperature, high humidity and vibration environment to ensure 100% adaptability of the solution
Worry-free compliance, global access
Authoritative certification – CE, UL, RoHS, REACH full coverage, hassel-free customs clearance in Europe, America and Southeast Asia
Cost optimization throughout the entire life cycle
Energy consumption reduced by 30% – patented airflow design, saving 30% in electricity bills per year compared to peer product
7×24 localized service – 50+ national technical teams, 4-hour response, direct supply of spare parts.
Customization Process
Accurate Demand Analysis
Professional engineers deeply understand your equipment parameters, application environment, and special requirements.
Customized Technical Solutions
R&D teams develop optimal heat dissipation solutions based on your needs, including airflow calculations and installation planning.
Sample Testing and Validation
Provide samples for real-environment testing, collect data feedback, and ensure solution effectiveness.
Mass Production
After confirming the solution, production follows strict ISO9001 quality management systems to ensure batch stability.
FAQ
Q1: What is the difference between NS 35/7.5 and NS 35/15 DIN rails? A1: The primary difference lies in their height; NS 35/7.5 has a height of 7.5mm, while NS 35/15 is 15mm high. The taller NS 35/15 provides increased rigidity, making it suitable for heavier components.Q2: Are LEIPOLE DIN rails compatible with components from other manufacturers? A2: Yes, LEIPOLE DIN rails conform to international standards, ensuring compatibility with components from various manufacturers.Q3: Can I cut DIN rails to a specific length? A3: Absolutely. DIN rails can be cut to the desired length using appropriate cutting tools, allowing for customized installations.Q4: Do you offer accessories for DIN rail installations? A4: Yes, LEIPOLE provides a range of accessories, including end clamps, spacers, and mounting brackets, to facilitate complete DIN rail installations.
🔹How do you install a rack mount DIN rail in a 19″ cabinet?
💡To install a rack mount DIN rail, clip or screw TS 35 rails onto 19″ rack ears using spring-steel mounting brackets. Ensure the rail is level, then snap your modules onto the rail. This method secures the rail and maintains panel alignment.
🔹What are the exact dimensions of a standard DIN rail 35 mm (TS 35)?
💡A DIN rail 35 mm (EN 60715 TS 35) has a top-hat profile 35 mm wide, 7.5 mm depth per flange, and a total height of 15 mm. Flange thickness and slot width tolerances must be ±0.2 mm to guarantee module compatibility.
🔹When should you choose a TS 32 DIN rail instead of TS 35?
💡Use a TS 32 DIN rail for compact enclosures or sub-panels where space is tight. Its narrower 32 mm width saves room but still supports standard DIN-rail modules. TS 35 remains the go-to for larger, heavier components.
🔹What is the benefit of NS 15 perf 2000 mm rails in large-scale installations?
💡NS 15 perf 2000 mm rails come pre-punched every 50 mm for mounting flexibility. Their 2 m length covers long backplates without splicing—ideal for data centers or industrial switchrooms needing consistent rail runs.
🔹How can I find “DIN rail near me” for quick project turnarounds?
💡Search local electrical distributors or industrial fastener suppliers online for “DIN rail near me.” Many stock cut-to-length rails (e.g., 500 mm, 1 m DIN rail) in metric sizes, reducing lead times when deadlines are tight.
Why Is Proper Airflow Evaluation So Critical? In industrial fan environments—think electrical cabinets, energy storage systems, and EV charging stations—your...
Your critical electrical components face constant threats. Harsh conditions can cause unexpected failures, leading to costly downtime. It's a battle...
Delivery delays – affecting project progress and production line stability
Global layout, zero delivery delays
Deep customization capabilities to solve complex needs
Worry-free compliance, global access
Cost optimization throughout the entire life cycle
