IDEC Push-in products

Improve efficiency and improve
work environment with easy wiring.

Three features of Push-in

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Man-hour reduction

Easy wiring by Push-in insertion of wires to terminals. This reduces wiring work time by 55% compared to screw type terminals. With Push-In terminals work more efficiently and more productively.


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Space saving

Since the width of the terminal and the pitch between ducts are short, it saves space compared to the screw type terminal block. As a result, the control panel can be downsized.


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Vibration resistance

The push-in terminals provide high strength and vibration resistance. The wire connection will not loosen due to vibration like screw terminals. No need to torque terminals after transportation or installation.


 

For details such as specifications, Please download the catalog from the following and check it.


Comparison of screw type and push-in type switch wiring work

The man-hours required for wiring work can be significantly reduced. We compared the time required for wiring under the same conditions


[Conditions]
Push-in: Insert the ferrule terminal wire
Screw: Insert the wire and tighten the screw with an electric
screwdriver.

Reduces length of process

Work can be performed without tools and regardless of operators' skill level.
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*2) When ferrule is used.

 Simulation of man-hour reduction

You can simulate the man-hours (trial version) by sliding the memory below .





Unique structure provides tensile strength and vibration resistance

BASIC

STRUCTURE

Why  fall out?


The more you pull, the more holding
force of the wire increases.

DESIGN
POINT

Pusher


• Prevents loss of wire holding power
due to spring deformation
• Prevents wire insertion errors
• IP20 finger protection structure
• No need to touch the conductive part
directly with a screwdriver

Highly Reliable





High visibility


The terminal number on the socket can be clearly
seen on the socket preventing incorrect wiring.


 


 

Reduce maintenance work


Push-in terminals eliminate the need for torque maintenance such as tightening of screws because screws are not used.

IDEC Push-in structure 

The reason why the wire is hard to pull out

Structure that increases the wire holding force as it is pulled

P0 = Initial spring force
P1 = Wire tensile force
P2 = Spring force (wire holding force) increases by pulling the wire

Pusher structure

  • Prevents a decrease in the holding force of the wire due to deformation of the spring
  • Prevents erroneous wiring during stranded wire wiring
  • IP20 protection grade finger protection structure
  • The wire can be removed without directly touching the conductive part with a screwdriver

Push-in structure to maintain holding power

Structure that receives the force is made of metal


Push-in Solutions

Customers involved in production sites

With the reliable reliability of Push-in products, we propose a method for stable operation of production equipment at the production site.

Equipment manufacturer customers

We propose ways to reduce man-hours in all situations, from equipment assembly to installation and maintenance.

IDEC OFFERS A WIDE RANGE OF PUSH-IN
TERMINAL PRODUCTS FOR CONTROL PANELS.

1
2
3
4
5
6
7
8
Push-in

 

 

 

 

FAQ

Yes. It is possible.

Ideal for single wire connections that are often used for building installations. If the conductor is rigid enough, it can be connected by simply inserting it by hand without using a tool. Check the applicable wire cross-sectional area of ​​"single wire" described in the catalog.

Yes. It is possible. When connecting, you need to push down the orange pusher with a screwdriver before inserting the conductor.

Basically, there are no restrictions on the crimping shape. There is no problem if the conductor is compressed safely and in a highly airtight manner.

Use a screwdriver or a pointed object to open the connection and apply pressure to the working pushbutton. When the clamp unit opens, the conductor can be removed without damage and the pusher can be returned to its original position.

You can clearly identify the connection point by looking at the easy-to-understand orange push button. This leaves the remaining openings only for receiving the conductors. This will prevent miswiring.

The round hole next to the pusher is the test point for the tester. (The button color of the pusher is orange, white, red, or blue depending on the type of terminal block.)

It is not supposed to be pushed with a Phillips screwdriver. Use a screwdriver suitable for the cutting edge size.

Select an iron DIN rail. For DIN rails made of aluminum and copper, check the maximum allowable current value before selecting.

In the conventional screw type terminal block, one terminal block is required for each of "power supply (2 poles)", "earth (1 pole)", and "signal (1 or 2 poles)", but this product requires them. Since it can be connected with one terminal block, it contributes to space saving.

When the fuse blows, the LED lights up and it can be used for overcurrent detection.

Since the cut surface that was cut off becomes the charging part, the charging part may be exposed on the surface, such as the insulating plastic being chipped unless the tool can cut sharply, so a dedicated short bar (crossover metal fitting) cutter (model number) : KT14 / Order model number: 1157820000) is recommended. Be sure to use it so that the separated cross section faces the inner surface side of the terminal block. In addition, it is prohibited to separate the two poles.

It is designed to allow the maximum current of the compatible terminal block to flow, and the current rating is set. When the currents of multiple poles are aggregated, it is necessary to design the circuit so that the maximum current value does not exceed the allowable current (value described in the catalog).

We also offer ferrules that can connect two wires.