Adtech PAM59 Instruction Manual

Accumulating module

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1.0
INTRODUCTION
These instructions refer to the above model. Supplementary
sheets are attached if the unit has special options or features.
For detailed specifications, see page 4 or refer to the Data
Bulletin. All ADTECH instruments are factory calibrated and
supplied with a label detailing the calibration. Adjustments are
normally not necessary. A simple check should be performed
to verify calibration before installation to ensure that it matches
the field requirement.
2.0
GENERAL DESCRIPTION
The ADTECH PAM 59 is a Non-Isolated Pulse Accumulating
Module that integrates/totalizes the number of pulses from
primary sensors to a standard control signal output such as
4-20 m a de.
The output is a true current source and provides process
signals such as 4-20 ma, 0-1 ma, 0-1 O ma, 1-5 ma and
10-50 ma de or alternatively, a voltage signal of 5 vdc full
scale. Other current and voltage Inputs/Outputs
available as specified on the Data Bulletin.
3.0
INSTALLATION
The instrument is supplied in a general purpose enclosure as
NEMA
standard.
4, 7 or 12 and plug in chassis enclosures are
optionally available. Installation area/location must agree with
the supplied instruments including operating temperature and
ambient conditions.

Mounting

Refer to the appropriate outline drawing for mounting and
clearance dimensions. The instrument is surface mounted
with two #10-32 screws on 8.00 inch centers.

Electrical Connections

The wire used to connect the instrument to the control system
1/0, should be a twisted pair(s) and sized according to normal
practice. Shielded cable is not normally necessary (if used,
the shield must be grounded at the input of the ADTECH
instrument and left floating at the sensor).
A 12 position barrier terminal block with #6-32 screws and
3/8" spacing is provided for 1/0 and power connection.
A housing ground terminal marked G is also provided.

Controls

Multiturn ZERO and SPAN controls are provided to calibrate
the instrument. The multiturn controls are accessible through
the instrument front panel and are clearly marked for ease of
use.
4.0
MAINTENANCE
These instruments are electronic and require no maintenance
except periodic cleaning and calibration verification. If the unit
PAM59
Accumulating Module
Instruction Manual
appears to be mis-operating it should be checked as installed
per section 6.0 or removed for a bench check per sections
6.0-7.0. MOST problems are traced to field wiring and/or
associated circuits. If the problem appears to be with the
instrument, proceed to sections 6.0 and 7.0.
5.0
CONNECTIONS
Standard connections are shown below and on the instrument
face plate, Data Bulletin or on attached supplementary sheets.
(l/0)
are
PULSE INPUT �
-
- --
-
-1-
CD
CD
©
©
©
(
OUTPUT
-)
©
(+)
0
©
RESET�
©
®
®
N (- FOR DC)
AC
@
L (+ FOR DC)
rFP
190-A-000023-A

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Summary of Contents for Adtech PAM59

  • Page 1 Shielded cable is not normally necessary (if used, ® N (- FOR DC) the shield must be grounded at the input of the ADTECH instrument and left floating at the sensor). L (+ FOR DC) A 12 position barrier terminal block with #6-32 screws and 3/8"...
  • Page 2 6.0 CALIBRATION FIELD TROUBLE SHOOTING GUIDE To perform a calibration check or recalibration of the instrument This section offers a simple , first level trouble-shooting aid for follow this procedure. an apparent instrument malfunction. A. Carefully remove the instrument from the housing to CORRECTI V E ACTI ON SYMPTOM gain access to the inside components observing all...
  • Page 3 (B) • Absent unless otherwise noted. Components as shown may or may not be NOTE A: present on the p.c. board due to design updates or options. PAM59 Rl= R74 RF= R58 CON1 �o 0� R71 R77 R78 R79 R80 R81...
  • Page 4 9.0 SPECIFICATIONS INPUT/OUTPUT INPUT SIGNALS a. Voltage: Sine or square wave 9 volt to 24 volt pulse. Other ranges: consult factory b. Frequency Range: DC to 100 KHz c. Contact: Dry 2 mA@ 24 VDC rating: specify d. Full Scale Count: Up to 4096 pulses: specify OUTPUT SIGNALS/OUTPUT DRIVE AC Power DC Power...

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