Din Rail Terminal Blocks Market Intelligence

Din Rail Terminal Blocks Market Description

DIN RAIL terminal blocks are said to be the fastest growing within the terminal block category. The rapid growth of industrialization, factory automation, and instrumentation over the past 3-5 years are the main factors driving the DIN RAIL terminal block industry. With an estimated CAGR of 6.5-7 percent, APAC will continue to dominate the market in terms of growth prospects. Increasing industrialization and demand for HVAC (Heating Ventilation and Air Conditioning) in countries, such as China, India, South Korea, and Indonesia, are expected to drive the DIN RAIL terminal block market in this region.

The report identifies the global market drivers and constraints for the DIN RAIL terminal blocks along with Porter’s Five Force Analysis. The supplier profiles and SWOT analysis for some of the key global DIN RAIL terminal blocks providers such as Phoenix Contact, Weidmuller, Wago, Wieland, and ABB have also been discussed in the report. The report provides a detailed price driver analysis along with recent technological developments observed in this industry.

Beroe gathers intelligence through primary sources that include industry experts, researchers, and consultants, as well as current suppliers, producers and distributors. Secondary sources can include business journals, newsletters, magazines, market research data, company sources, and industry associations. Following data collation, analysis, and strategic review, the Final Research Report is published on Beroe LiVE.

Report Coverage

Key Global Supplier Profile
Cost Structure Analysis
Price Driver Analysis
Recent Technology Developments

Din Rail Terminal Blocks Market Trend, Analysis & Forecast

Category Intelligence on Din Rail Terminal Blocks covers the following

Information relating to market, supply, cost, and pricing analysis
Hard to find data on cost and TCO models, supplier details, and performance benchmarks
Macroeconomic and regional trends impacting cost, supply, and other market dynamics
Category-specific negotiation and sourcing advice

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Executive Summary

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Market Analysis

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Supply Analysis

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Cost & Pricing Analysis

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Best Practices

1. Din Rail Terminal Blocks Executive Summary

1.1 Executive Summary

2.Din Rail Terminal Blocks Market Analysis

2.1 Market Maturity
2.2 Market Size & Trend
2.3 Drivers and Constraints
2.4 Regional Market Outlook
2.5 Porter’sFive Forces Analysis

3. Din Rail Terminal Blocks Supply Analysis

3.1 Supply Market Outlook
3.2 Key Player Market Share
3.3 Supplier Events - Major Projects and Capacity Expansion
3.4 Supplier Profile
3.5 Top Five Suppliers’ Profile and SWOT Analysis
3.6 ABB, Siemens, GE, Hyundai, and TBEA

4. Din Rail Terminal Blocks Cost Structure and Technology Analysis

4.1 Cost Structure Analysis
4.2 Price Driver Analysis
– Copper
– Steel
– Zinc
– Tin
– Electricity
– Labor

Global Market Outlook on Din Rail Terminal Blocks

APAC will continue to dominate the market, in terms of growth prospects, with an estimated CAGR of 6.5–7 percent.Increasing industrialization and demand for HVAC in countries, such as China, India, South Korea, and Indonesia, are expected to drive the DIN RAIL terminal block market in this region

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Global DIN RAIL Market Maturity

Rapid growth of industrialization, factory automation, and instrumentation over the past 3–5 years were the main factors driving the DIN RAIL terminal block industry. Further technological advancements may lead up to compact designs, resulting in mutual cost benefits

Global DIN RAIL Terminal Block - Global Snapshot

The global DIN RAIL terminal market is estimated to be $1.44 billion in 2014, and it is expected to reach $1.97 billion by 2019, growing at a CAGR of 6–7 percent during 2014–2019
Rapid growth of industrialization, factory automation, and instrumentation over the past 3–5 years were the main factors driving this industry
Technological advancements in terminal blocks, with respect to termination technology, have increasingly resulted in more compact designs, thereby driving replacement demand for this product
DIN RAIL terminal blocks are said to be the fastest growing within the terminal block category

DIN RAIL Terminal Block Market Split - By Region (2017)

APAC dominated the global DIN RAIL terminal block market, with a market share of around 32 percent in 2016. Increasing industrialization and demand for HVAC in countries, such as China, India, South Korea, and Indonesia, are expected to drive the terminal block market in this region
North America is also one of the major regions for terminal blocks market, due to the presence of prominent manufacturing companies in this region. Approximately 60 percent of the terminal blocks used in the US are of DIN type
The DIN RAIL terminal block market was moderately consolidated with the top five players constituting to around 48–50 percent of the market share in 2016. Leading players in this industry have typically increased their market share through strategies, such as mergers, new product developments, partnerships, collaborations, and business expansions, etc.
For example, in 2001, ABB acquired Entrelec; in 2003, Rockwell Automation Inc. signed a strategic alliance with Weidmüller Holding AG for terminal blocks

Global DIN RAIL Terminal Block - Drivers and Constraints

Drivers

Increasing demand for DIN RAIL from APAC and American markets acts as a key driver for this segment
Increasing industrialization and demand for HVAC in countries, such as China, India, South Korea, and Indonesia, are expected to drive the terminal block market in this region
Rapid growth of industrialization, factory automation, and instrumentation over the past 3–5 years were the main factors driving this industry
Technological advancements in terminal blocks, with respect to termination technology, have increasingly resulted in more compact designs, thereby driving replacement demand for this product

Constraints

Constant innovations are needed in this market segment
Such innovations are expensive, and thereby make the product costly for the end user. This acts as a key constraint in this industry

Recent Technology Developments

Space Saving with High Wiring Density

In August 2016, Phoenix Contact introduced push-in connection technology- based PT 2,5/S-QUATTRO series four-position terminal blocks, which occupied the same space as that of the company’s two-position terminal blocks, thus allowing for a high wiring density without losing space across the DIN RAIL
These terminal blocks have a provision to connect up to four 12 AWG conductors in one-feed through terminal block, and they have a double function shaft for easy potential distribution with plug-in bridges and large-surface marking options

Floating Property

In August 2012, WECO introduced the SMarTconn family of surface mount terminal blocks
These terminal blocks are designated as the 930-D-SMD Series of terminal blocks and are available in 2–12 poles
These terminal blocks are constructed for reflow processes used in automated pick-and-place assembly systems
The 930 D-SMD is the only 3.5-mm pitch terminal block, which embeds a floating property in the terminal contact bodies
The floating pin design ensures total co-planarity adaptation to the PCB surface, and it fully eliminates the coefficient of thermal expansion mismatch effect

High Performance

In April 2012, Cooper Bussmann offered Short Circuit Current Ratings (up to 200 kA) and exceptional wiring flexibility with its new line of DIN-RAIL terminal blocks, having high performance and flexibility for unmatched power distribution possibilities
These terminal blocks are made of self- extinguishing UL 94V0 plastic, which provides high impact strength and superior electro-mechanical properties, and they are as per UL 1059, cURus, and IEC 60947-7 standards

Space Saving

In March 2016, Wieland Electric Inc. expanded its wipos series of DIN RAIL power supply modules, with a new compact design for control cabinet applications
This new design has UL, CSA, CE as well as approvals for hazardous locations (Class 1, Div. 2) and shipboard installations (Lloyd’s Register)
The wipos PS3 series power supplies are rated for 24VDC/5A to 40A output power, with the capability for 120 percent power boost for 10 seconds, and accept a wide range of input voltages (320–576VAC/450–810VDC)

Space Saving with Reduced Engineering Time

In July 2016, Weidmüller announced the release of a new generation of terminal blocks, the Klippon Connect A-Series, which would save space and cut engineering times by up to 75 percent
The system includes both clamp and screw connection technologies and offers error-free wiring and faster marking during the planning, installation, and operating phases
The screw connection technologies offer a choice of clamping yoke or stud connection designs, while the spring designs are equipped with push-in or tension clamp technologies
Push-in connections represented just 6 percent of terminal connections in 2015, nonetheless Weidmüller predicted that they would account for around 18 percent of sales by 2025, while tension clamp connections are expected to fall from 25 percent to 16 percent over the same time period
Screw terminals will drop slightly from 57 percent of the market in 2015 to 54 percent by 2025

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