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5.1 Connecting Cables to Terminals
CAUTION
• Before connecting the calibrator to the device under test, cut off the power to the device.
• Do not apply any voltage or current exceeding the allowable voltage (300 V) or current (120 mA). Otherwise, there will be a danger of not only damage to the instrument but also personal injury due to electrical shock.
• Mistaking the H voltage input terminal for the mA current input terminal, and vice versa, when wiring is extremely dangerous. NEVER make this mistake.
• The current input terminals are equipped with a built-in current input protection fuse. Overcurrent input to the terminals will cause the fuse to blow. If the fuse is blown, replace it with one (P/N: A1501EF) with the specified ratings. For details on fuse replacement, see subsection 5.2.3, "Measuring DC
Current."
5
Terminal adapter
(99021)
WARNING
The allowable voltage to ground when the included terminal adapter is attached to the input terminals is 30
Vpeak maximum.
Lead cables for measurement
(RD031)
IM CA71-E
5-3
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Table of contents
- 50 Functions
- 51 Names and Functions of Parts
- 52 Before Starting Source/Measurement
- 53 Source
- 53 Connecting Cables to Terminals
- 53 Sourcing DC Voltage, DC Current or SINK Current Signal
- 53 Sourcing DC Voltage or DC Current Signal
- 53 4–20 mA Function
- 53 20 mA SINK Function
- 53 Using As 24-V Loop Power Supply
- 53 Sourcing Resistance or RTD Signal
- 53 Sourcing Thermocouple (TC) Signals
- 53 (Making Use of Reference Junction Compensation)
- 53 When No RJ Sensor Is Used
- 53 Sourcing Pulse Signals
- 53 Sourcing a Continuous Pulse Train
- 53 Sourcing the Preset Number of Pulses (Pulse Cycle)
- 53 Using the Contact Output
- 53 Divided Output Function (n/m)
- 53 Sweep Function
- 53 Auto Step Function
- 53 Temperature Monitor Function
- 54 Measurement
- 54 Connecting Cables to Terminals
- 54 AC Voltage or DC Current
- 54 Measuring 300 V AC-range Voltage
- 54 Measuring DC or AC Voltage
- 54 Measuring DC Current
- 54 Measuring Resistance or RTD (CA71 only) Signal
- 71 Measuring Temperature with Thermocouple (TC) - CA71 only
- 71 Measuring Frequency or Pulses
- 71 Operating the Calibrator for Frequency Measurement
- 71 Operating the Calibrator for Measuring Number of Pulses
- 72 Memory Functions
- 72 Saving Data into Memory
- 72 Saving Data in the Order of Memory Numbers
- 72 Saving Data by Selecting Desired Memory Number
- 72 Overwriting Data in Memory
- 72 Reading Data from Memory
- 72 Clearing Data in Memory
- 72 Clearing Data by Selecting Desired Memory Number
- 72 Clearing All In-Memory Data Globally
- 72 Sending Out Data from Memory - CA71 only
- 73 Functions Provided by DIP Switch
- 73 Sweep Function
- 73 Auto Step Function
- 73 Selecting the INT RJ Function
- 73 Selecting the IPTS-68 Function
- 73 Switch Not Used
- 73 Temp Switch
- 73 (Contact Input for Pulse Measurement)
- 73 Disabling the Automatic Power-off Feature
- 74 Communication Function - CA71 only
- 74 Cables Connection and Interface Specifications
- 74 Setting the Mode
- 74 Types of Mode
- 74 Data Format
- 74 Data Structure
- 74 Commands
- 74 Detailed Description of Commands
- 75 Troubleshooting
- 76 10. Method of Calibrator Adjustment
- 76 Requirements
- 94 Adjusting Source Functions
- 94 Adjusting Measurement Functions
- 94 Adjusting DC Voltage and DC Current Ranges
- 94 - CAL71 only
- 94 Post-adjustment Verification
- 95 11. Using Accessories
- 96 12. Specifications