DayTronic 3500 Series, Instruction Manual

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Illustrations
1(a) Typical “Run-Time” Display ........................................................................................... 1.4
1(b) Typical “Setup” Display .................................................................................................. 1.4
2(a) Rear Panel for the Model 3510 Thermocouple Conditioner
and the Model 3578 AC Strain Gage Conditioner ................................................ 1.5
2(b) Rear Panel for All Other 3500 Models ...................................................................... 1.6
3 Panel Mounting ................................................................................................................. 1.6
4 Use of NUMERIC BUTTONS in SETUP MODE ...................................................... 1.8
5(a) Standard Logic INputs and Outputs ......................................................................... 1.8
5(b) Shunt-Control Logic Inputs for the Model 3570 DC Strain Gage
Conditioner (ONLY) .......................................................................................................... 1.9
6 Model 3510 Transducer Cabling ............................................................................... 2.2
7(a) Model 3530 Transducer Cabling: 5-Wire LVDT Cabling
(under 20 ft. in length) .................................................................................................... 2.3
7(b) Model 3530 Transducer Cabling: 7-Wire LVDT Cabling (20 ft. or longer) ... 2.3
7(c) Model 3530 Transducer Cabling: 3-Wire Variable Reluctance Cabling
(under 20 ft. in length) .................................................................................................... 2.3
7(d) Model 3530 Transducer Cabling: 5-Wire Variable Reluctance Cabling
(20 ft. or longer) ................................................................................................................ 2.4
8(a) Model 3540 Transducer Cabling: Differential (Floating) Frequency Input .. 2.5
8(b) Model 3540 Transducer Cabling: Single-Ended (Grounded) Frequency
Input ...................................................................................................................................... 2.5
8(c) Model 3540 Transducer Cabling: Input from a Zero-Velocity Sensor .......... 2.5
8(d) Model 3540 Transducer Cabling for Elimination of DC Offset ........................ 2.5
8(e) Model 3540 Transducer Cabling for Suppression of High-Frequency
Noise .................................................................................................................................... 2.5
9(a) Model 3560 Transducer Cabling: General Voltage Source ............................. 2.6
9(b) Model 3560 Transducer Cabling: External Potentiometer ............................... 2.6
9(c) Model 3560 Transducer Cabling: External DC-to-DC LVDT ............................. 2.6
10(a) Model 3570 Transducer Cabling: 4-Wire Cabling (under 20 ft. in length) ... 2.7
10(b) Model 3570 Transducer Cabling: 8-Wire Cabling (20 ft. or longer) .............. 2.7
11(a) Model 3578 Transducer Cabling: 4-Wire Cabling (under 20 ft. in length) ... 2.8
11(b) Model 3578 Transducer Cabling: 8-Wire Cabling (20 ft. or longer) .............. 2.8
11(c) Model 3578 Transducer Cabling: Installation of User’s External Shunt
Calibration Resistor ......................................................................................................... 2.9
11(d) Model 3578 Transducer Cabling: 8-Wire Cabling to LEBOW 1600
SERIES TRANSDUCER (ONLY) ................................................................................... 2.9
12 Suggested RS-232-C Interface Connections (to 25-Pin RS-232-C
Connector) ....................................................................................................................... 2.11
13 Suggested RS-232-C Interface Connections (to 9-Pin RS-232-C
Connector) ....................................................................................................................... 2.12
14(a) Connections for a Network of Three Instrument Nodes
(where the first is a 3500 Series Instrument) ...................................................... 2.13
14(b) RS-485 Cabling Between the Model 5E485 and the FIRST Network
Node (if it is a 3500 Series Instrument) ................................................................. 2.14
14(c) RS-485 Cabling Between Successive 3500 or 4000 Instrument Nodes .. 2.14
14(d) RS-485 Cabling Between a 3500 or 4000 Instrument Node and a
5000 Instrument Node ................................................................................................ 2.14
15 Analog Output Programming Pins .......................................................................... 2.15
16 Analog Output Connections (ALL Conditioners) ............................................... 2.16
(cont’d)
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