Z-Axis Homing on Lead 1515

Good evening,
I have now started to use the homing in order to ensure that the x, y and z travels stop before hitting the opposite ends. But I am having 2 main issues.
Firstly - When homing the Z-axis does not go to its limit switch like the X and Y. I have a High Z configuration.

Secondly - Perhaps not related is the fact that my X and Y axis seems to be reaching the limit long before actual end.

I have attached my settings incase I am missing something.

Any help would be beneficial.

$0=10.0 ; Step pulse time, microseconds
$1=255 ; Step idle delay, milliseconds
$2=0 ; Step pulse invert, mask
$3=0 ; Step direction invert, mask
$4=0 ; Invert step enable pin, boolean
$5=7 ; Invert limit pins, boolean/mask
$6=1 ; Invert probe pin, boolean
$8=0 ; Ganged axes direction invert as bitfield
$9=1 ; PWM Spindle as bitfield where setting bit 0 enables the rest
$10=511 ; Status report options, mask
$11=0.010 ; Junction deviation, millimeters
$12=0.002 ; Arc tolerance, millimeters
$13=0 ; Report in inches, boolean
$14=0 ; Limit pins invert, mask
$15=0 ; Coolant pins invert, mask
$16=0 ; Spindle pins invert, mask
$17=0 ; Control pins pullup disable, mask
$18=0 ; Limit pins pullup disable, mask
$19=0 ; Probe pin pullup disable, boolean
$20=0 ; Soft limits enable, boolean
$21=1 ; Hard limits enable, boolean
$22=1 ; Homing cycle enable, boolean (Grbl) / mask (GrblHAL)
$23=3 ; Homing direction invert, mask
$24=100.0 ; Homing locate feed rate, mm/min
$25=2000.0 ; Homing search seek rate, mm/min
$26=250 ; Homing switch debounce delay, milliseconds
$27=5.000 ; Homing switch pull-off distance, millimeters
$28=0.100 ; G73 retract distance, in mm
$29=0.0 ; Step pulse delay (ms)
$30=1000.000 ; Maximum spindle speed, RPM
$31=0.000 ; Minimum spindle speed, RPM
$32=0 ; Laser-mode enable, boolean
$33=5000.0 ; Spindle PWM frequency
$34=0.0 ; Spindle off Value
$35=0.0 ; Spindle min value
$36=100.0 ; Spindle max value
$37=0 ; Stepper deenergize mask
$39=1 ; Enable printable realtime command characters, boolean
$40=0 ; Apply soft limits for jog commands, boolean
$43=1 ; Homing passes
$44=3 ; Homing cycle 1
$45=0 ; Homing cycle 2
$46=0 ; Homing cycle 3
$62=0 ; Sleep Enable
$63=3 ; Feed Hold Actions
$64=0 ; Force Init Alarm
$65=0 ; Require homing sequence to be executed at startup
$70=7 ; Network Services
$73=1 ; Wifi Mode
$74=NaN ; Wifi network SSID
$75= ; Wifi network PSK
$100=198.200 ; X-axis steps per millimeter
$101=198.250 ; Y-axis steps per millimeter
$102=198.540 ; Z-axis steps per millimeter
$110=3500.000 ; X-axis maximum rate, mm/min
$111=3500.000 ; Y-axis maximum rate, mm/min
$112=1000.000 ; Z-axis maximum rate, mm/min
$120=350.000 ; X-axis acceleration, mm/sec^2
$121=350.000 ; Y-axis acceleration, mm/sec^2
$122=350.000 ; Z-axis acceleration, mm/sec^2
$130=1180.000 ; X-axis maximum travel, millimeters
$131=1270.000 ; Y-axis maximum travel, millimeters
$132=350.000 ; Z-axis maximum travel, millimeters
$320=NaN ; Hostname, max: 64
$322=192.168.5.1 ; IP Address
$323=192.168.5.1 ; Gateway
$324=255.255.255.0 ; Netmask
$325=23 ; Telnet port
$326=80 ; HTTP port
$327=81 ; Websocket port
$341=0 ; Tool Change Mode
$342=30.0 ; Tool Change probing distance
$343=25.0 ; Tool Change Locate Feed rate
$344=200.0 ; Tool Change Search Seek rate
$345=200.0 ; Tool Change Probe Pull Off rate
$346=1 ; Restore position after M6 as boolean
$370=0 ; Invert I/O Port Inputs (mask)
$384=0 ; Disable G92 Persistence
$396=30 ; WebUI timeout in minutes
$397=0 ; WebUI auto report interval in milliseconds
$398=35 ; Planner buffer blocks
$481=0 ; Autoreport interval in ms
$I=leadmachine1515

 

Sounds like a logical reason for the second issue. But do you think for the first? It literally does not move in the Z at all.

 

Whilst the x and y axis are moving towards their respective switches the z axis stays in last position . I.e. it never moves.

 

That definitely solved point 1, thanks. I will see if there are any EMI interferences affecting point 2.