Sextupoles

Customizing for your needs in order to achieve:

Better chromaticity control and compensation Optimizing beam shaping and compression Control and correct nonlinear chromatic effects Manipulate second-order horizontal and longitudinal dispersion of the beam

Working with you step by step in order to achieve the required chromaticity and other specifications including heat and energy consumption.

Quadrupoles

Customizing for your needs in order to achieve the required Harmonics, Purity of magnetic field, Gradient, Magnetic strength, Integrated Magnetic Field, Effective Magnetic Length and other specifications including heat and energy consumption.

Klystrons

Work with you on the Klystron’s specification.

Providing new and refurbished Klystrons that meets your specs and budget.

Electromagnets & Permanent electromagnets

are used in various industrial applications:

• * Motors & generators
• * Scientific equipment (mass spectrometers, particle acceleration)
• * Transformers & relays
• * Magnetic separation & metal lifters
• * Electromagnetic suspension
• * Induction heating
• * Locks
• * Loudspeakers, magnetic recording
• * MRI

The main advantage of an electromagnet over a permanent magnet is that the magnetic field can be quickly stopped or changed by controlling the electric current, unlike a permanent magnet that needs no power and its magnetic field remains.

Semi standard electromagnets

ABS can produce “semi” standard electromagnets, meaning minor changes to the electromagnets according to customer’s requirements. External coating, current, wiring, epoxy color and more. These products are produced according to customer order and are not “on the shelve”.

Custom made electromagnets

are designed & manufactured in-house and are one of ABS special field of expertise. Whenever a special size, magnetic field or force, higher heat resistance (etc.) is required - we can help you and design and manufacture custom made electromagnet according to customer specific requirement. Needless to say, we will be happy to assist your company R&D whenever we are required. We can produce prototypes, small volume or large quantities of electromagnets.

Finite Element Method Analysis

Custom made magnets, whenever a more precise or special magnetic field is required by the customer can be designed with FEM. ABS’s engineers can cater to a wide range of needs, offering unique magnetic solutions, and design required magnetic properties for the custom made electromagnet.

Finite Element Method analysis (FEM/FEA), electro-magnetic field motion mapping, magnetic field mapping, 2D and 3D modeling, magnetic properties at extreme temperatures, flux density calculations, Gauss measurements and physical strength of the product. Finally, we offer an optimization of the design based on the results.

Design Principles & Targets

Customizing an electromagnet according to customers requirements can be targeted by or required as a result off:

• * Power and holding force.
• * Magnitude of magnetic field on each direction (X,Y,Z)
• * Purity of magnetic field.
• * Heat requirements.
• * Energy[watt], Voltage[Volt], Current[Amp]
• * Weight.
• * Special sizes to fit customer’s application.
• * Material requirements.
• * Magnetic Shielding.

Magnetic field requirements: precise magnetic field, special magnetic curve.

Round Electromagnets

generate a magnetic field when supplied with power, These electromagnets; sometimes called “holding electromagnets” are used, for example, for holding or carrying magnetic metals. Generally speaking, this type of electromagnets is used when the magnetic field is required to work (magnetic field on) up to 50% of time.

Standard electromagnets uses 24V (12V,110V and 220V available by request))

Code	Type/Ø (mm)	Height(B mm)	Rated Power(W)	Adhesive Force(N)	Weight (Kg)
4140003	12	12	1	15	0.02
4140005	15	15	1.2	25	0.03
4140010	18	11	1.4	45	0.04
4140015	25	20	3.2	140	0.07
4140020	32	22	3.6	240	0.11
4140025	40	25.5	5.2	475	0.2
4140030	50	27	6.5	760	0.3
4140035	63	30	9	1050	0.55
4140040	80	38	15	2400	1.2
4141045	100	43	20.5	3400	2.1
4141050	150	56	37	9300	6.4
4141055	180	63	50	1500	10.5
4142060	250	80	90	30000	25.9
4142065	275	110	140	40000	39
4143070	300	130	140	45000	45

Permanent Electromagnets

have a permanent magnetic field, but when supplied with power, the magnetic field is neutralized. this type of electromagnets is used when the magnetic field is required to work (magnetic field on) most of the time, and neutralized once in a while (for example a door lock).

Power supply : 24 V

Code	Type/Ø (mm)	Height(B mm)	Rated Power(W)	Adhesive Force(N)	Weight (Kg)
4240003	12	12	1.8	15	0.03
4240005	15	15	2	25	0.04
4240013	20	25	2	45	0.06
4240015	25	29	3.2	120	0.1
4240020	32	29	7.5	180	0.18
4240023	35	29	28	300	0.2
4240025	40	29	36	400	0.25
4240030	50	29	39	500	0.6
4240035	63	29	65	960	0.7
4240038	70	45	15	720	1.1
4240040	82	45	60	1900	1.3

Rectangular Electromagnets:

Electromagnet in rectangular shape, which is used for holding, carrying and fixing of ferromagnetic work pieces.

Power supply : 24 V

Code	Size(mm)	Rated power(W)	Adhesive force(N)	Weight(Kg)
4340105	100-25-25	7	600	0.7
4340110	100-40-35	9	850	0.9
4340120	150-40-35	11	1650	1.4
4342125	200-40-35	13	2300	1.5
4343135	300-40-35	19	4000	3
4344145	400-60-50	28	8400	3.9
4345155	500-40-35	40	6000	4.1
4346165	600-40-35	46	6600	4.5
4347175	700-40-35	45	7700	5.2
4348185	800-40-35	62	9200	6
4341195	1000-40-60	140	10600	27.5

Power Supply:

Code	Output Power (w)	Voltage (VDC)
2190055	36	24
2190060	45	24
2190070	75	24
2190080	120	24
2190095	240	24
2190110	480	24
Mounting plates	Anchor plates	Anchor plates flexible