/// <summary>
/// 直接作用式单向阀泄漏量试验
/// </summary>
private void DirectLeakageTest()
{
CurvePanel panel = new CurvePanel();
panel.Title = TestType.直接作用式单向阀泄漏量试验.ToString() + "曲线";
panel.XLabel = "压力(MPa)";
panel.YLabel = "泄漏量(Ml/Min)";
Curve curve_leak = new Curve();
panel.AddCurve(curve_leak);
curve_leak.Name = "泄漏量";
float retnum;
//float testret = 0;
int time = 0;
float max_pressure = (float)this.额定压力;
bool needtest = true;
//this.SetCircuitState(CircuitState.BTIn);
this.SetCircuitState(CircuitState.T);
while (needtest)
{
FormLeakHydcheck leakHydcheck_config = new FormLeakHydcheck(max_pressure);
needtest = leakHydcheck_config.ShowDialog() == DialogResult.OK;
if (!needtest)
{
break;
}
this.SetThrottleValve(100f);//使阀13,14_1,14_2工作于右位，且开口最大
this.SetSourcePre(leakHydcheck_config.实验压力);
this.SetSourceFlow(20);
//在试验报告记录用
this.TestPressure = leakHydcheck_config.实验压力;
this.TimeKeep = leakHydcheck_config.testtimecount;
this.WaitPressureTUntil(leakHydcheck_config.实验压力);
FormLeakageReturn frm_return = new FormLeakageReturn(leakHydcheck_config.testtimecount, this);
frm_return.ShowDialog();
time = leakHydcheck_config.testtimecount;
testret = frm_return.retvol;
//retnum = (frm_return.retvol / leakHydcheck_config.testtimecount) * 60f;
//curve_leak.AddPoint(leakHydcheck_config.实验压力, retnum);
}
this.SetSourcePre(0);
this.SetSourceFlow(0);
this.dictCurvePanel.Remove(panel.Title);
this.dictCurvePanel.Add(panel.Title, panel);
MessageBox.Show("泄漏实验已完成");
}
/// <summary>
/// 内部泄漏试验
/// 本试验是为了测定方向阀处某一工作状态时，具有一定压力差又互不相通的阀口之间的油液世漏量
/// 建立加压压力和泄漏量的关系，输出内泄漏曲线，横坐标为加压压力，纵坐标为泄漏量
/// </summary>
protected override void IntenalLeakage()
{
CurvePanel panelLeakage = new CurvePanel();
Dictionary <string, Curve> dictCurve = new Dictionary <string, Curve>();
float retvol = 0;
float testret = 0;
int time = 0;
panelLeakage.Title = TestType.内部泄漏试验.ToString() + "曲线";
panelLeakage.XLabel = "压力(MPa)";
panelLeakage.YLabel = "泄漏量(ml/min)";
this.SetCircuitState(CircuitState.PTOut);
for (int i = 0; i < 10; i++)
{
this.SetTestValveState(TestValveState.右位);
Pause(1000);
this.SetTestValveState(TestValveState.左位);
Pause(1000);
}
this.SetTestValveState(TestValveState.中位);
this.SetSourceFlow(0);
this.SetSourcePre(0);
Pause(1000);
this.SetCircuitState(CircuitState.P);
bool needtest = true;
Curve curve;
string oil_loc;
//获取参数
while (needtest)
{
FormSetleak frmConfig = new FormSetleak();
needtest = frmConfig.ShowDialog() == DialogResult.OK;
if (!needtest)
{
break;
}
//获取接油口位置
oil_loc = frmConfig.location;
string key = frmConfig.elestate.ToString() + frmConfig.location;
if (!dictCurve.Keys.Contains(key))
{
curve = new Curve();
curve.Name = key + "口";
dictCurve.Add(key, curve);
}
else
{
curve = dictCurve[key];
}
//设置压力流量
this.SetSourcePre(frmConfig.试验压力);
this.SetSourceFlow(20);
this.WaitPressurePUntil(frmConfig.试验压力);
this.SetTestValveState(frmConfig.elestate);
System.Threading.Thread.Sleep(1000);
//保压延时并获取结果
FormLeakageReturn frm = new FormLeakageReturn(frmConfig.Timecount, this);
frm.ShowDialog();
time = frmConfig.Timecount;
testret = frm.retvol;
retvol = (frm.retvol / frmConfig.Timecount) * 60f;//获取泄漏量的值
curve.AddPoint(frmConfig.试验压力, retvol);
this.SetTestValveState(TestValveState.中位);
}
foreach (string key in dictCurve.Keys)
{
panelLeakage.AddCurve(dictCurve[key]);
}
this.dictCurvePanel.Remove(panelLeakage.Title);
this.dictCurvePanel.Add(panelLeakage.Title, panelLeakage);
this.SetSourcePre(0);
this.SetSourceFlow(0);
this.SetCircuitState(CircuitState.ALLOn);
this.log.Debug("内部泄漏实验完成");
}
