Well as it turns out it seems that the Spreadsheet and Manual will not load.
So here is the settings;
Function Value Description from Manual Value Options
1 1 Control Mode 0:valid 1:invalid
2 1 Frequency Setting Selection 0:keyboard 1:external terminal 2:communication port
3 120 Main Frequency 0-1000.0Hz
4 400 Reference Frequency 0.1-1000.0 Hz
5 400 Maximum Operating Frequency 10-1000.0 Hz
6 2.5 Intermediate Frequency 0.1-1000.0 Hz
7 0.5 Minimum Frequency 0.1-20.0 Hz
8 110 Maximum voltage 0.1V~*
9 15 intermediate voltage 0.1V~*
10 8 Low-Frenquency torque boost voltage 0.1V~50.0V
11 0 Lower frequency limit 0.0~1000.0 Hz
12 0 drive control mode 0:F 1:vector control
13 0 parameter resetting 8 restore ex factory value
14 5 acceleration time I 0.1~650.00s
15 7 deceleration time I 0.1~650.00s
16 20 acceleration time II 0.1~650.00s
17 20 deceleration time II 0.1~650.00s
18 40 acceleration time III 0.1~650.00s
19 40 deceleration time III 0.1~650.00s
20 80 acceleration time IV (jogging acceleration time) 0.1~650.00s
21 80 decceleration time IV (jogging acceleration time) 0.1~650.00s
22 0.5 Emergency stop deceleration time 0.1-650.00s 0.00 emergency stop by costing to stop
23 0 Reverse prohibit 0:reverse prohibit 1:reverse allow
24 1 stop key is valid or not 0:stop invalid 1:stop valid
25 0 start mode 0:start from starting frequency 1:frequency tracking start
26 0 reverse prohhibit 0:reverse prohibit 1:reverse allow
27 0.5 starting frequency 1:reverse allow
28 0.5 stop frequency 0.1-30.0 HZ
29 0 start braking time 0.1-30.0Hz
30 0 stop braking time 0.0-25.0s
31 2 dc braking level 0.0-25.0s
32 5 frequency tracking time 0.0-20.0%
33 150 current tracking frequency 0.1-20.0s
34 0.5 voltage rise time during frequency tracking 0-200%
35 5 percentage of start voltage during frequency tracking 0.1-10.0s
36 10 voltage rise time during frequency tracking 1-20%
39 0 starting frequency of DC Braking 0-15
40 frequency resolution 0.0-1000.0hz
41 carrier frequency 0-15
42 jogging frequency 0.0-1000.0hz
43 s curve time 0.0-6500.0s
44 2 FOR (X1) function 0:valid 1:run 2:forward 3:reverse 4:stop 5:forward/reverse 2
45 3 REV(X2) function 6:inching 7:inching forward 8:inching reverse 9:external control time 1 10:external control timer
46 14 RST(X3) function 11:setting frequency is forced to f003 12:radiator or motor overheating 13: Emergency stop
47 22 SPH(X4) function 14: reset 15-16:reserve 17:acceleration/decceleration time selection 1 18:Acceleration/deceleration time selection 2
48 24 SPM(X5) function 19:multi-segment speed 1 20:multi-segment speed2 21:multi-segment speed 3 22: high speed 23: medium speed
49 23 SPL(X6) function 24:low speed 25:PID allowed 26:Multi-segment speed4 27:ip 28:down 29:draft allowed 30:reserve 31: pulse counter 32ulsecounter resets
50 2 Y1output function Outputs not used
51 2 y2 output function Outputs not used
52 2 output function KA&KC are terminals) Outputs not used
53 2 Output function (FA,FB &FC terminals) Outputs not used
54 0 AO output function Outputs not used
55 100 AO analog output gain Outputs not used
56 0 Hopping Frequency 1 0.0-1000.0hz
57 0 Hopping frequency 2 0.0-1000.0hz
58 0 Hopping frequency 3 0.0-1000.0hz
59 0.5 range of hopping frequency 0.1-10.0hz
60 0 frequency consistency I (Constant pressure water supply high speed frequency) 0.0-1000.0hz
61 0 Frequency Consistency II (Constant Pressure water supply low) 0.0-1000.0hz
62 0.2 frequency consistency range setting 0.1-10.0hz
63 0.1 timer I 0.1-10.0s
64 1 time II 1-100s
65 0 count value 0-65500
66 0 value of middle counter 0-65500
67 digital input terminal positive & negative logic 0ositive logic, wiring mode NPN 1:negative logic, wiring mode PNP
68 digital input terminal dithering elimination time 0-60000ms
69 PFO maximum frequency. 1.0-10.0
70 0 input channel selection for analog quantity 0:0-10v 1:0-5V
71 20 filtering time of analog quantity 0-1000ms
72 400 high-end frequency of analog frequency 0.0-1000.0hz
73 0 low-end frequency of analog quantity 0.0-1000.0hz
74 0 bias direction of hig-end requency 0ositive 1:negative
75 0 bias direction of low end frequency 0ositive 1:negative
76 0 selectable negative bias reverse of analog quantity 0:irreversible 1:reversible
77 0 up.down memory function selection 0:not memorized 1:memoriezed
78 1 up.down increment selection 0:0.1hz 1:1.0Hz
79 1 up.down increment multiple 1-250
80 selection of multi-segment speed mode 0:normal operation 1:internally controled 2:externally controlledx4 3:externally controlledx16 4: externally controlledx4 valid automatically 5:externally controlled 6:segment speed
81 internally controlled multi-segment speed selection of operation mode 0:stop after operating for one cycle 1:circulating operation 2:stop after automatically operating for one cycle
82 speed operation directions of first internally controlled 8 segments 0-255 (o:forward 1:reverse)
83 speed operation directions of last internally controlled 8 segments 0-255 (o:forward 1:reverse)
84 acceleration/deceleration time of first internally controlled 8 segments 0-65535
85 acceleration/deceleration time of the last internally controlled 8 segments 0-65535
86 Frequency I setting 0.0-1000.0hz
87 Frequency II setting 0.0-1000.0hz
88 frequency III setting 0.0-1000.0hz
89 Frequency IV setting 0.0-1000.0hz
90 Frequency V setting 0.0-1000.0hz
91 Frequency VI setting 0.0-1000.0hz
92 Frequency VII setting 0.0-1000.0hz
93 Frequency VIII setting 0.0-1000.0hz
94 Frequenc IX setting 0.0-1000.0hz
95 Frequency x setting 0.0-1000.0hz
96 frequency xi setting 0.0-1000.0hz
97 frequency xii setting 0.0-1000.0hz
98 frequency xiii setting 0.0-1000.0hz
99 frequency xiv setting 0.0-1000.0hz
100 frequency xv setting 0.0-1000.0hz
101 Internally controlled multi-segment speed timer I 0.0-6500.0s
102 Internally controlled multi-segment speed timer 2 0.0-6500.0s
103 Internally controlled multi-segment speed timer 3 0.0-6500.0s
104 Internally controlled multi-segment speed timer 4 0.0-6500.0s
105 Internally controlled multi-segment speed timer 5 0.0-6500.0s
106 Internally controlled multi-segment speed timer 6 0.0-6500.0s
107 Internally controlled multi-segment speed timer 7 0.0-6500.0s
108 Internally controlled multi-segment speed timer 8 0.0-6500.0s
109 Internally controlled multi-segment speed timer 9 0.0-6500.0s
110 Internally controlled multi-segment speed timer 10 0.0-6500.0s
111 Internally controlled multi-segment speed timer 11 0.0-6500.0s
112 Internally controlled multi-segment speed timer 12 0.0-6500.0s
113 Internally controlled multi-segment speed timer 13 0.0-6500.0s
114 Internally controlled multi-segment speed timer 14 0.0-6500.0s
115 Internally controlled multi-segment speed timer 15 0.0-6500.0s
116 Internally controlled multi-segment speed timer 16 0.0-6500.0s
117 internally controlled multi-segment speed memory function (up.down power fault reserve) 0-1
118 1 selection of over-voltage stall 0-1
119 150 stalling level during acceleration 0-200%
120 0 stalling level during constant speed 0-200%
121 5 stalling decerlation time during constant speed 0.1-25.5s
122 110 prevent of over-voltage level 200-800v
123 0 selection of over-torque selection mode. 0-3
124 0 selection of over-torque detection mode 0-200%
125 1 over-torque detection level 0.1-20.0s
126 0 over-torque detection time 0-1
127 0 pulse counter memory 0-65000
128 0 coolling fan control 0:running always 1:control by running command
129 110 dynamic braking voltage 0-800v
140 1.5 rated power of motor set as per motor nameplate
141 110 rated voltage of motor set as per motor nameplate
142 8 rated current of motor set as per motor nameplate
143 2 number of motor poles 22-Feb
144 1525 rated rotating speed of motor 00-9999
145 2 automatic torque compensation 0.0-10.0%
146 40 motor no-load current 0-100%
147 0 motor slip compensation 0-1.0
148 2 motor slip compensation maximum frequency 0.0-20.0hz
149 10 motorslip compensation filtering time 0-200ms
150 1 AVR Function 0-1
151 0 Automatic Energy saving function 0.0-20.0%
152 1 Fault restart time 0.2-25.0s
153 0 selection of transient 0:VALID 1:frequency tracking
154 0.5 stop restart 0.1-5.0s
155 0 allowed power fault time times of fault restart 0-10
156 100 proportional constant P 0.0-1000.0%
157 2 integration time I 0.1-3600.0s 0:close integration
158 0 derivation time D 0.01-10.00s 0:close derivation
159 0 target value 0-100%
160 10 PID channel setting 0:F159 1:AI1 2:AI2
161 100 PID up limit 0-100%
162 0 PID lower limit 0-100%
163 comminication address 0-250
164 transmission speed 0-3
165 communication data mode 0-5
169 0 selection of communication protocol 0:standard modbus agreement
170 9 selection of extension display 1 0-11
171 2 selection of extension display 2 0-11
172 0 Fault clearing rated voltage of inverter 00-10
173 126.5 Rated current of inverter 00-10
174 8 type of inverter 00-10
175 0 frequency standard of inverter 00-10