Micromod Micro-DCI: 53SL6000 Single Loop Controller User Manual
Page 17
Analog Output 1
(referenced to power common)
Number
1
Rated Signal Range
0/4 to 20 mA
Control Range
0 to 21.5 mA
No-Load Voltage
≤
24 V
Load Range
0 to 750 ohms
Filter Time Constant
50 ms
Output Measurement
Error
≤ ±
0.02 mA
Temperature Effects
≤ ±
0.002 mA/
°
C
Discrete Outputs 1 and 2
(open drain tied to power common)
Number
2
(Contact ratings are for resistive
loads; transient suppression is re-
quired for reactive loads.)
Open (off)
≤
1 mA leakage
Closed (on)
2.0 V dc maximum voltage drop,
50 mA maximum operating cur-
rent,
30 V dc maximum operating volt-
age, and
100 mA maximum short circuit
current
Universal Analog Input Option Module
(Isolated inputs, see Common Mode Rejection in
High/Low Level Input chart on next column)
Number
Single: 1 input module,
Dual: 2 input module
Update Rate
300 msec
General Input Types
Low Level - mV, RTDs,
thermocouples
High Level - voltage, current,
frequency, pulse
Input Ranges
1 to 5 V linear
1 to 5 V square root
0 to +5 V square root
0 to
±
80 mV
Frequency input 8 Hz - 100 kHz
Frequency input 2.5 Hz - 100 kHz
Frequency input 0.5 Hz - 30 kHz
Pulse input (incremental sum)
0-100 kHZ
Input Ranges (cont)
RTD - 3 or 4 wire connection (see
list)
Thermocouple (see list)
High/Low Level Input Specifications
Low Level Input
High Level Input
Input Connection Differential
Differential
Input Range:
±
83 mV
±
5.3 V
Input Resistance: 10 Mohm
800 Kohm
Filter - 3db Point: 4.0 Hz
no filter
Filter Response
(63%):
0.025 sec
N/A
Normal Mode
Rejection:
24 db @ 60 Hz,
22 db @ 50 Hz
N/A
Common Mode
Rejection:
160 db
160 db
Common Mode
Operating:
250 V rms
250 V rms
Normal Mode
Maximum:
250 V rms
< 25 V
Conversion Type: Volts to
frequency
Volts to
frequency
Resolution (17
bits plus sign):
2.5618 uV
0.1636 mV
Analog
Measurement
Error:
±
0.1% F.S.
±
25 ppm/°C
±
0.1% F.S.
±
25 ppm/°C
Frequency
Measurement Error
0.01%
Frequency Input
Pulse, Square Wave:
Requirement
+5 V, 5 usec-minimum
Sine, Triangular Wave:
10 V p-p
Pulse Measurement
Error
0%
Thermocouple
Internal CJC
CJC Measurement
Error
±
2
°
C
RTD List
Platinum RTDs
Platinum 100 Ohm RTD
α
= 0.003850
-200
°
to +850
°
C
(-320
°
to 1560
°
F)
Platinum 100 Ohm RTD
α
= 0.003926
-200
°
to +870
°
C
(-320
°
to 1590
°
F)
Platinum 100 Ohm RTD
α
= 0.003911
-200
°
to +850
°
C
Section 1. Introduction
53SL6000 Instruction Manual
1-5