# **Orbit displacements at synchrotron light and correctors due to local 3-bumps**

> N L NAME X\[cm\] Y\[cm\] Px\[mrad\] Py\[mrad\] Bx_ef\[kG\] By_ef\[kG\]
>
> 1386 95679.44 kVDB47 0 0 0 0 0 0
>
> 1431 98531.79 kHDB48 0 0 0 0 0 0
>
> 1479 101734.59 [kVDB49]{.mark} 6.12163e-27 9.99328e-11 1.22433e-19
> 0.00199866 6.12574e-13 10000
>
> 1480 101734.59 [kHDB49]{.mark} 9.99328e-11 2.99798e-10 0.00199866
> 0.00199866 10000 0
>
> 1527 108318.97 [kHDC11]{.mark} [0.009737]{.mark} 0.0152271 -0.00206654
> 0.000735054 -9291 0
>
> 1528 108318.97 [kVDC11]{.mark} 0.009737 [0.0152271]{.mark} -0.00206654
> -0.000633026 -4.19307e-13 -6845
>
> 1532 108387.44 [isPSYNC]{.mark} [0.0095955]{.mark} [0.0151837]{.mark}
> [-0.00206654]{.mark} [-0.000633026]{.mark} 0 0
>
> 1546 109639.66 [isPBSYNC]{.mark} [0.00700233]{.mark}
> [0.0143984]{.mark} [-0.00207524]{.mark} [-0.0006197]{.mark} 0 0
>
> 1574 111130.88 kVDC12 0.0039869 0.0132083 -0.0013132 -0.0031146 0 0
>
> 1618 114143.32 [kHDC13]{.mark} 5.30855e-07 0.00418526 -1.09435e-07
> -0.00140247 7109 0
>
> 1661 117117.66 [kVDC14]{.mark} 2.20676e-07 -3.27357e-07 -2.39993e-08
> -8.01672e-07 4.6182e-13 7539
>
> 1704 120094.55 kHDC15 1.37253e-07 -2.90747e-06 -8.16151e-08
> -1.7781e-06 0 0
>
> **Note:**

1.  Figure shows the shape of closed orbit 3-bump (horizontal-red and
    vertical-green), correctors and synchrotron light positions.

2.  HDB49, HDC11, and HDC13 had been used for the horizontal 3-bump at
    C11. The orbit displacements (X_p and X_pbar in mm), angle (Tx_p and
    Tx_pbar in mrad) at synchrotron light and at HDC11 (Xbump) are
    related by:

X_p = [0.9855]{.mark} \* Xbump; Tx_p = [-0.02122]{.mark}\*Xbump

X_pbar = [0.7191]{.mark}\*Xbump; Tx_pbar = [0.02131]{.mark}\*Xbump

3.  VDB49, VDC11, and VDC14 had been used for the vertical 3-bump at
    C11. The orbit displacements (Y_p and Y_pbar), angle (Ty_p and
    Ty_pbar) at synchrotron light and at VDC11 (Ybump) are related by:

Y_p = [0.9971]{.mark} \* Ybump; Ty_p = [-0.004157]{.mark}\*Ybump

Y_pbar = [0.9456]{.mark}\*Ybump; Ty_pbar = [0.004069]{.mark}\*Ybump

**Orbit displacements at flying wire and correctors due to local
3-bumps**

> ![](media/image1.wmf){width="6.746527777777778in"
> height="3.1972222222222224in"}
>
> N L NAME X\[cm\] Y\[cm\] Px\[mrad\] Py\[mrad\] Bx_ef\[kG\] By_ef\[kG\]
>
> 4532 308341.83 kD48HESEP 0 0 0 0 0 0
>
> 4582 311174.11 [kVDD49]{.mark} 6.12163e-27 9.99328e-11 1.22433e-19
> 0.00199866 6.12574e-13 10000
>
> 4583 311174.11 [kHDD49]{.mark} 9.99328e-11 2.99798e-10 0.00199866
> 0.00199866 10000 0
>
> 4665 317231.49 [isIHFWE11]{.mark} [0.0113988]{.mark} 0.0125125
> -0.00496728 0.00782979 0 0
>
> 4667 317253.08 [isIVFWE11]{.mark} 0.0112916 [0.0126816]{.mark}
> -0.00496728 0.00782979 0 0
>
> 4682 317758.49 [kHDE11]{.mark} [0.00973742]{.mark} 0.0152271
> -0.00206602 0.000735054 -9289 0
>
> 4683 317758.49 [kVDE11]{.mark} 0.00973742 [0.0152271]{.mark}
> -0.00206602 -0.000632426 -4.19123e-13 -6842
>
> 4726 320570.41 kVDE12 0.00398707 0.0132111 -0.00131323 -0.00311447 0 0
>
> 4768 323582.85 [kHDE13]{.mark} 5.87434e-07 0.00418862 -3.43535e-07
> -0.00140319 7108 0
>
> 4811 326559.73 [kVDE14]{.mark} -4.63354e-07 -3.07384e-06 -4.87909e-07
> 1.8006e-07 4.62616e-13 7552
>
> 4853 329534.07 kHDE15 -1.77823e-06 -2.7394e-06 1.91241e-07
> -8.06079e-07 0 0
>
> **Note:**

1.  Figure shows the shape of closed orbit 3-bump (horizontal-red and
    vertical-green), correctors and flying wire's positions.

2.  HDD49, HDE11, and HDE13 had been used for the horizontal 3-bump at
    E11. The orbit displacements at flying wire (Xfly) and at HDE11
    (Xbump) are related by:

Xfly = 1.1706 \* Xbump

3.  VDD49, VDE11, and VDE14 had been used for the vertical 3-bump. The
    orbit displacements at flying wire (Yfly) and at VDE11 (Ybump) are
    related by:

Yfly = 0.8328 \* Ybump