Controller introduction:
The controller adopts DSP digital control main control chip of American TI company, which gathers the top high-performance analog-to-digital conversion, communication and differential pulse output chips of world-famous chip manufactures, such as TI, ADI, CYPRES, CIRRUS, ATML, TOSHIBA, LINTER,STC, etc. The board uses a large number of tantalum capacitors instead of traditional capacitors, which greatly improves the control accuracy, long-term life and stability of the controller. After long-term market testing, it is a classic work in domestic controllers.
Controller features:
1, force, deformation of the measurement resolution of1/3500 of the full range;
2, sampling frequency up to 12O Hz;
3, based on the high-end industrial control field of DSP system plat form, set measurement, control in one, more powerful function, more stable performance
4， Adopt three closed-loop full digital control of force, deformation and displacement, and automatically switch between control rings, with a smooth transition. The control algorithm adopts the advanced neuron adaptive PID control algorithm, without complicated PID parameter setting
5,8-way 24bitA/D high precision data acquisition channel with advanced digital filtering technology beginners can easily complete professional test tasks; more accurate, stable and reliable data acquisition;
6,high-speed photoelectric encoder(5MHz)signal acquisition channel, can choose more output optical code signal measurement accessories; plug and play interface, convenient to expand various measurement accessories
7. It adopts super large scale programmable digital integrated circuit design, with small volume, low power consumption, less heat generation, and more stable and reliable working characteristics
Controller introduction:
The controller adopts DSP digital control main control chip of American TI company, which gathers the top high-performance analog-to-digital conversion, communication and differential pulse output chips of world-famous chip manufactures, such as TI, ADI, CYPRES, CIRRUS, ATML, TOSHIBA, LINTER,STC, etc. The board uses a large number of tantalum capacitors instead of traditional capacitors, which greatly improves the control accuracy, long-term life and stability of the controller. After long-term market testing, it is a classic work in domestic controllers.
Main control parameters of controller:
1, Accuracy class of testing machine: Grade 0.5
2, measuring range of test force: 0.4%-100%FS （No gear in the whole course）
3, Relative error of test forces indication: Within±0.5 of indication
4, Test force resolution: 1/±350000 of the maximum test force
(Full-range resolution unchanged);
5, Deformation measurement range: 0.2%-100%FS
6, Relative error of the deformation indication: Within±0.5 of indication
7, Distortion resolution: 1/±350000 of the maximum deformation;
8, Relative error of the displacement indication: Within±0.5 of indication
9, Displacement resolution: 0.025µm；
10,Force control rate adjustment range: 0.005-5%FS/S；
11, Relative error of the force control speed: within±1% of the set value;
12, Deformation rate adjustment range: 0.02—5%FS/S；
13.Relative error of deformation control rate: when the rate is<±2 of the set value, it is within± 2 of the set value; when the rate is≥0.05FS, it is within±0.5% of indication
14, Beam speed adjustment : 0.001—1000mm/min (The maximum speed of different tonnage models is different)
15, Relative error of beam velocity: when the rate is less than±0.01m/min, the set value is less than±0.01m/min; when the rate is more than≥0.01mm/min, the set value is less than±0.2% 16,Control accuracy of constant force, constant deformation and constant displacement: 0.5%--100%FS；
17, Constant force, constant deformation, constant displacement control accuracy:
Set value<10%FS, is within±1% of the set value; set value.≥10% FS, within±0.1 of the set value;
