Haas Parameters

Haas Parameter 824 SERVO DR AXIS Specifies the axis used for the Servo Auto Door. Must be set to 6 for mill and 1 for lathes. Parameter 823 must be set…

Haas Parameter 825 SERVO DR WIDTH Specifies how wide the Servo Auto Door is to open (inch x 10,000). Do not exceed maximim door opening width.

Haas Parameter 826 SERVO DR DECEL The deceleration value used when the door has reached the safe zone (parameter 827) before continuing to the closed position. Units are encoder steps/millisecond/millisecond.

Haas Parameter 761 TC AIR DOOR TYPE Supports the Air Curtain feature. On machines that have a tool changer fitted with an air curtain, this parameter should be set to 2….

Haas Parameter 774-785 ENCODER TYPE These parameters define the encoder type for each axis. Parameters 774-785 cover X, Y, Z, A, B, C, U, V, W, Sp, Tt, and Ss axes,…

Haas Parameter 786-797 COMMAND FIR FILTER ORDER Support finite impulse response (FIR) feature on Coldfire MOCON PC boards.Parameters are 786 to 797 for axes X, Y, Z, A, B, C, U,…

Haas Parameter 830 HPC LOW PRESSURE DELAY If the high pressure coolant pump pressure continues to be low after the specified time allotted in this parameter, alarm 151 Low HPC Pressure…

Haas Parameter 847 SHOCK SENSOR INPUT Shock sensor Input.

Haas Parameter 846 SHOCK SENSOR LOW PAS Shock sensor low pas.

Haas Parameter 817 SPINDLE LUBE TYPE Specifies which spindle lubrication system is installed. 0 or 1 Bijur oil system. The value sin parameter 818 through 822 2 Distance-based oil lubrication…

Haas Parameter 818 SPINDLE ROTATION INTERVAL Specifies the maximum number of spindle revolutions in thousands, after which the spindle will be lubricated. No lubrication will be done if the machine is…

Haas Parameter 835 AXIS MINIMUM FALL DELAY Used with Grease Reservoir type “3” in parameter 810. Specifies the minimum wait time in milliseconds for the grease pressure to remain high after…

Haas Parameter 836 UNCLAMP RAPID OVR For tool changers with one-motion tool change (type 11 per parameter 710) this defines the speed of the tool arm, as a percentage of full…

Haas Parameter 837 CLAMP RAPID OVR For tool changers with one-motion tool change (type 11 per parameter 710) this defines the speed of the tool arm, as a percentage of full…

Haas Parameter 838 SPINDLE ORIENT LOW PASS FILTER CUTOFF FREQUENCY When the spindle is in orientation mode, this parameter enables the torque low pass filter to reduce high-frequency noise or vibration….

Haas Parameter 839 SUB SPINDLE ORIENT LOW PASS FILTER CUTOFF FREQUENCY When the subspindle is in orientation mode, this parameter enables the torque lowe pass filter to reduce highfrequency noise or…

Haas Parameter 840 SPINDLE ORIENT INTEGRAL GAIN This parameter specifies the vector controller integral gain used in spindle orientation mode. It works in conjunction with Parameter 179. If Parameter 840 is…

Haas Parameter 841 SUB SPINDLE ORIENT INTEGRAL GAIN This parameter specifies the vector controller integral gain used in subspindle orientation mode.

Haas Parameter 842 SPINDLE PROPORTIONAL GAIN SCALE FACTOR This parameter specifies the servo error threshold in encoder units (1-16) that determines whether the control will use full proportional gain or scaled…

Haas Parameter 827 SERVO DR SAFE ZONE The region at which the Servo Auto Door is to decelerate using parameter 826 and to limit current using parameter 726. Units are inches…

Haas Parameter 843 SUB SPINDLE PROPORTIONAL GAIN SCALE FACTOR This parameter specifies the servo error threshold in encoder units (1-16) that determines whether the control will use full proportional gain or…

Haas Parameter 828 PROBE ARM HOME SW The input port number on the IOPCB where the probe arm switch for the retract position is connected.

Haas Parameter 844 SPINDLE DYNAMIC GAIN TYPE When the servo error exceeds the threshold specified in parameter 842, this parameter value (1-3) defines the law used to scale down proportional gain:…

Haas Parameter 829 PROBE ARM DOWN SW The input port number on the IOPCB where the probe arm switch for the extended position is connected.

Haas Parameter 845 SUB SPINDLE DYNAMIC GAIN TYPE When the servo error exceeds the threshold specified in parameter 843, this parameter value (1-3) defines the law used to scale down proportional…

Haas Parameter 884-899 NOTCH CENTER FREQ This specifies the center frequency in hertz (Hz) of the command notch filter for this axis. It requires CF MOCON 15.00 or later. Units are…

Haas Parameter 1000-1011 DERIVATIVE CONTROL LOW PASS FILTER CUTOFF This parameter enables the IIR low pass filter to be applied to the derivative component of a servo error to reduce high-frequency…

Haas Parameter 900-915 NOTCH DEPTH FACTOR This specifies the depth ratio at the center frequency of the command notch filter for this axis. It requires CF MOCON 15.00 or later. Units…

Haas Parameter 1016 X DEADBAND Deadband is a servo error region within which no control action will occur. This is mainly to prevent hunting around a settling point in PID servo…

Haas Parameter 849 LIGHT TYPE Specifies how high intensity light (HIL) and worklight will operate. When set to 1, each light will have its own momentary button. When set to 0,…

Haas Parameter 948 X SECONDARY ENCODER C Encoder input channel for use with linear or rotary scales.

Haas Parameter 850 SYNCHRONOUS SPINDLE CONTROL This parameter enables G199 (SYNCHRONOUS SPINDLE CONTROL) on a lathe. When non-zero the parameter is used to select a method of control. This parameter should…

Haas Parameter 851 G199 SPINDLE DECELERATION Maximum deceleration of the spindle assembly when G199 is engaged. This parameter is scaled by a factor of 1000, thus 2000 represents a deceleration of…

Haas Parameter 852 G199 SPINDLE ACCELERATION Maximum acceleration of the spindle assembly when G199 is engaged. This parameter is scaled by a factor of 1000, thus 2000 represents an acceleration of…

Haas Parameter 951 A SECONDARY ENCODER C Encoder input channel for use with linear or rotary scales.