Mitsubishi Electric NZ2GF2B-60TCRT4, User Manual

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*1 For the NZ2GF2B-60TCTT4, "Setting Range" is already set to -2000 to 32000, which is the lower limit value of the
setting range for Input range (Input range: 7, 10, 20, 29, 41) and the upper limit value (Input range: 205) (For the
NZ2GF2B-60TCRT4, the lower limit value is -3000). When actually set the values, enter the values within the setting
range for Input range.
*2 "Setting Range" is already set to -32000 to 32000, which is the lower limit value of the setting range (Input range: 205)
and the upper limit value (Input range: 205). When actually set the values, enter the values within the setting range of
the set alert mode.
*3 "Setting Range" is already set to -32000 to 32000, which is the full scale lower limit value for Input range (Input range:
205) and the full scale upper limit value (Input range: 205). When actually set the values, enter the values within the full
scale range for Input range.
(d) Setting items of when "Param write (Mix control (Normal))" or "Param write (Mix
control (Extension))" is set
CH  Auto tuning setting
CH  Auto tuning mode selection Page 354, Appendix 3 (56)
CH  AT bias
*3
Page 355, Appendix 3 (57)
Setting item Reference
CH  Basic setting
CH  Input range Page 312, Appendix 3 (5)
CH  Target value_SV_setting
*1
Page 317, Appendix 3 (6)
CH  PID Constant setting
CH  Proportion belt_P_setting_CH  Heating proportion belt Page 318, Appendix 3 (7)
CH  Integration time_I_setting Page 320, Appendix 3 (8)
CH  Differentiation time_D_setting Page 320, Appendix 3 (9)
CH  Limiter setting 1 CH  Heating upper limit output limiter Page 321, Appendix 3 (10)
CH  Limiter setting 2
CH  Output change amount limiter Page 323, Appendix 3 (11)
CH  Setting change rate limiter or CH  Setting change rate
limiter_temperature rise
Page 324, Appendix 3 (12)
CH  Setting change rate limiter unit time setting Page 325, Appendix 3 (13)
CH  Upper limit setting limiter
*1
Page 325, Appendix 3 (14)
CH  Lower limit setting limiter
*1
CH  Limiter setting
CH

Upper limit output limiter
Page 321, Appendix 3 (10)
CH  Lower limit output limiter
CH  Output change amount limiter Page 323, Appendix 3 (11)
CH  Setting change rate limiter or CH  Setting change rate
limiter_temperature rise
Page 324, Appendix 3 (12)
CH

Setting change rate limiter unit time setting Page 325, Appendix 3 (13)
CH

Upper limit setting limiter
*1
Page 325, Appendix 3 (14)
CH  Lower limit setting limiter
*1
CH  Control output cycle setting_CH  Heating control output cycle setting Page 326, Appendix 3 (15)
CH  Primary delay digital filter setting Page 328, Appendix 3 (16)
CH  Moving averaging count setting Page 329, Appendix 3 (17)
CH  Control response parameter Page 329, Appendix 3 (18)
CH  Differentiation operation selection Page 330, Appendix 3 (19)
CH  Adjustment sensitivity_non-inductive belt_setting Page 331, Appendix 3 (20)
CH  Forward action_Reverse action setting Page 334, Appendix 3 (24)
CH  Loop disconnection detection
CH  Loop disconnection detection judgment time Page 334, Appendix 3 (25)
CH  Loop disconnection detection dead band Page 335, Appendix 3 (26)
CH  Stop mode setting Page 336, Appendix 3 (27)
CH  Automatic backup setting after auto tuning of PID constants Page 337, Appendix 3 (28)
CH

Temperature conversion setting Page 338, Appendix 3 (29)
CH  Heating/Cooling_mix control setting
CH  Cooling proportion belt_Pc_setting Page 318, Appendix 3 (7)
CH  Cooling upper limit output limiter Page 321, Appendix 3 (10)
CH  Cooling control output cycle setting Page 326, Appendix 3 (15)
CH

Overlap_dead band setting Page 339, Appendix 3 (30)
Setting item Reference