Electromagnet Holders - Standard / Low Profile / Super Low Profile
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MISUMI
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[Features]·You can choose standard, low-profile, or ultra-low profile types. ·An electromagnetic holder with a coil around the attraction part of the main body. (Polarity optional) · Use in gripping parts of industrial robots, etc., and for vacuum and transportation of small workpieces. ·Electrical control can be applied to turn on/off the magnetic force and its remote control. ·A rectifier is required as a power supply. Select a rectifier with the corresponding voltage. (Compatible rectifier: MGEC)
MGE (Standard Type)
MGES (Thin Type)
SMGES (Super Thin Type)
MGES (Thin Type)
SMGES (Super Thin Type)
| Material | Surface Treatment | |
| Body | SS400 | Electroless Nickel Plating |
| Plastic Part | Epoxy Resin | — |
● Polarity Reversible
Regardless of connecting to positive or negative, the attraction force of the white and black lead wires remains the same.
[!] For the white wire (+) and black wire (-), the attraction side is the N pole. In the opposite case, it will be the S pole.
Regardless of connecting to positive or negative, the attraction force of the white and black lead wires remains the same.
[!] For the white wire (+) and black wire (-), the attraction side is the N pole. In the opposite case, it will be the S pole.
Specifications/Overview
Features, Operating Conditions and Precautions for Use for Electromagnet Holders
■ Features
● Can be used on end effectors of robots to carry small workpieces.
● Electrical control can be utilized for turning ON / OFF and remote controlling of the magnet.
● For power supply, a rectifier is necessary. Select a rectifier for relevant voltage.
(Applicable Rectifier: MGEC)
■ Features
● Can be used on end effectors of robots to carry small workpieces.
● Electrical control can be utilized for turning ON / OFF and remote controlling of the magnet.
● For power supply, a rectifier is necessary. Select a rectifier for relevant voltage.
(Applicable Rectifier: MGEC)
■Condition of Use
● Installation Location: Indoors (Ambient Temperature: -10 to 40°C)
● Surface conditions of attracted object: Flat (With no protrusions or holes)
* Use entire holder surface for attraction.
● Duty Ratio: Continuous (100%ED)
● Installation Location: Indoors (Ambient Temperature: -10 to 40°C)
● Surface conditions of attracted object: Flat (With no protrusions or holes)
* Use entire holder surface for attraction.
● Duty Ratio: Continuous (100%ED)
■ Precautions for Use
● Attraction force of electromagnet holder may decrease considerably depending on condition of use.
● There will be some residual magnetism after the power is turned OFF.
[!] Reference graph indicating attraction force saturation. Usable up to "Maximum Attraction Force (N)".
[ ! ] "Plate Thickness Characteristics" graph shows the relationship between thickness of the mating material (polished SS400) and attraction force, and "Gap Characteristics" graph shows the relationship between attraction force and gap between the attraction surface and the mating material.
● Attraction force of electromagnet holder may decrease considerably depending on condition of use.
- (1) Plate Thickness: Attraction force decreases as plate thickness decreases.
- (2) Gap: Attraction force decreases as gap increases between the attraction side of magnet and the object.
- (3) Material: Attraction force shown is based on SS400.
- (4) Surface of attracted object: Attraction force decreases as the object surface is rougher.
- (5) Coil Heating: Attraction force decreases as the excited electromagnet coil temperature rises. Decrease rate is 10 to 20% (approx.).
● There will be some residual magnetism after the power is turned OFF.
[!] Reference graph indicating attraction force saturation. Usable up to "Maximum Attraction Force (N)".
[ ! ] "Plate Thickness Characteristics" graph shows the relationship between thickness of the mating material (polished SS400) and attraction force, and "Gap Characteristics" graph shows the relationship between attraction force and gap between the attraction surface and the mating material.