DXMC10-300 Helmholtz Coil

Introduction Our company is specially design and produce Helmholtz ...    More ...

DXMC10-300 Helmholtz Coil

Introduction
Our company is specially design and produce Helmholtz coils.
These Helmhotlz coils have features of wide space, easy to use, the magnetic field has good linear relation with current, wide uniform range.
We could customize one-axis, or two-axis, or three-axis Helmholtz coils as required.
 
Application
 1. to generate standard magnetic field
 2. calibration for Hall probes and various magnetometers
 3. compensation for earth magnetic field
 4. judgement for magnetic shielding effect
 5. measurement and removement for space radiation magnetic field
 6. for magnetic properties
 7. study for biomagnetism
 
Specification
Name 
Model
Technical parameters

One Axis Helmholtz Coil
DXMC10-300
Center magnetic field H_max (Gs)
300.0

Magnetic field center evenness (^H/H)
1*10^-2

Even magnetic space (mm³)
30*30*30

Inner diameter (mm)
145

Outer diameter (mm)
 
260

Continious working time at 300Gs (h)
0.5

Required power source
600W
High Precision
DC Power Supply
Current scanning function, suitable for measuring the hysteresis loop of sample; the max. scanning current and scanning time constant are settable, scanning can be stopped at any moment; reversible ability; internal power overload protection; 2*16 dot matrix LCD; nice interaction key operation; 232 remote control interface; multipurpose terminal 2 lines current output.
Output current: +6A~-6A DC adjustable
Current precision: ±0.2%
Stability of magnetic field: ±0.2%  
Stepping resolution: 0.1mA

 

 

 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
How to use

1. Connect the DC power supply to the power supply
2. Connect the positive terminal and negative terminal of DC power supply to the two wires of the coil. (the two wires of the coils have no positive and negative distinction, can be arbitrarily connected to the positive and negative terminals.)
3. Turn on the DC power supply, adjust the voltage to the maximum, then adjust the current from minimum to maximum, at the same time, use gauss meter to measure the magnetic field, adjust current to let the magentic field reach using magnetic field.

 
 
 
 
 
 

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