Keithley DMM6500

Section 3: Adjustment Model DMM6500 6½-Digit Multimeter with Scanning Calibration and Adjustment Manual
3-10 DMM6500-905-01 Rev. A/July 2018
Command parameters
cal_DCV_100mV_zero_rear
cal_DCV_1V_zero_rear
cal_DCV_10V_zero_rear
cal_sense_10V_zero_rear
cal_DCV_100V_zero_rear
cal_DCV_1kV_zero_rear
cal_4W_1ohm_zero_rear
cal_2W_10ohm_zero_rear
cal_4W_10ohm_zero_rear
cal_2W_100ohm_zero_rear
cal_4W_100ohm_zero_rear
cal_2W_1kohm_zero_rear
cal_3W_1kohm_zero_rear
cal_3W_1kohm_SLO_zero_rear
cal_4W_1kohm_zero_rear
cal_2W_10kohm_zero_rear
cal_3W_10kohm_zero_rear
cal_3W_10kohm_SLO_zero_rear
cal_4W_10kohm_zero_rear
cal_2W_100kohm_zero_rear
cal_3W_100kohm_SLO_zero_rear
cal_4W_100kohm_zero_rear
cal_2W_1Mohm_zero_rear
cal_4W_1Mohm_zero_rear
cal_2W_HiOhm_zero_rear
cal_4W_HiOhm_zero_rear
cal_diode_10mA_zero_rear
cal_diode_1mA_zero_rear
cal_diode_100uA_zero_rear
cal_diode_10uA_zero_rear
Front-terminal adjustment with open circuit inputs
The following procedure provides instructions for completing a front-terminal adjustment with open
circuit inputs. The following section provides a command parameter table to complete the adjustment.
Prepare your DMM6500 for a front-terminal adjustment with open circuit inputs
To prepare the DMM6500 for a front-terminal adjustment with open circuit inputs:
1. Set the TERMINALS switch to FRONT.
2. Remove all connections from the front terminals of your DMM6500.