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UNIVERSAL INPUT TYPES
| .Minimum
Span |
.Any span
within the range can be selected,
but the recommended span is > 10% of range |
| .Sensor |
.Range |
| .mA |
.4 to 20, ±0
to 20, ±0 to 10 Linear,
.Square root, X3/2, X5/2,
Custom |
| .RTD |
.Pt100, Ni120,
Cu10 |
| .T / C |
.Types K, J,
T, R, S, B, N, L, E, Custom |
| .mv |
.±100 mv |
| .Volts |
.±10 V, ±5
V, ±1 to 5 V, ±1 V,
Linear, X1/2, X3/2, X5/2,
Custom |
| .Current
Input |
| .Basic
accuracy |
.0.05% FS ±
0.05% of reading |
| .Thermal
drift: |
.100
ppm/°F |
| .Input
impedance: |
.20 ohms |
| .Linearity: |
.Linear, X1/2,
X3/2, X5/2, Custom 1 |
| .A
19 V @ 25mA power supply is available to power the current loop |
...1
Custom can be up to 60 co-ordinate pairs or
......up to 7 segments of 15th order
polynomial |
| .RTD
(Pt100) |
.2
or 3 wire |
| .Sensor
Range |
.-328
to +1560 °F (18-390 ohms) |
| .Linearization |
.BS-EN60751
/ JISC 1604 / Custom 1 |
| .Basic
Measurement Accuracy |
.0.2
°F ±0.05% Reading 2 |
| .Thermal
Drift |
.Zero
= 0.008 ohms/°F |
| .Span
= 200 ppm/°F |
| .Excitation
Current |
.1 mA |
| .Lead
resistance effect |
.0.004
°F/ohm |
| .Maximum
lead resistance |
.50
ohms/leg |
...1
Custom can be up to 60 co-ordinate pairs or
......up to 7 segments of 15th order
polynomial
...2 Full
accuracy for any span > 10% of range |
| .THERMOCOUPLE |
| .Thermocouple
Type |
Measuring
Range |
| .TC
Type K |
-328 to
2498 °F |
| .TC
Type J |
-328 to
2192 °F |
| .TC
Type T |
-346 to
752 °F |
| .TC
Type R 3 |
-14 to
3200 °F |
| .TC
Type B 4 |
32 to 3092
°F |
| .TC
Type S 3 |
-14 to
3200 °F |
| .TC
Type E |
-328 to
1832 °F |
| .TC
Type L |
-148 to
1112 °F |
| .TC
Type N |
-292 to
2392 °F |
| .Custom |
-199999
to 999999 |
| .Accuracy |
.±0.04%
Full Range Input ±0.04% Reading |
| .or
1.0 °F, whichever is greater 2 |
| .Linearization |
.BS 4937 / EC 584-3 /
Custom 1 |
| .Cold
Junction Error |
.±0.05
°F |
| .Cold
Junction Tracking |
.0.1
°F/°F |
| .Cold
Junction Range |
.-4
to +140 °F |
| .Thermal
Drift |
.Zero =
8 µV/°F |
| .Span =
100 ppm/°F |
...1
Custom can be up to 60 co-ordinate pairs or
......up to 7 segments of 15th order
polynomial
...2
Full accuracy for any span > 10% of range
...3 Accuracy
true for 932°F to 3200°F
...4
Accuracy true for 752°F to 3000°F |
| .Voltage
Input |
| .Basic
accuracy |
.0.04% FS ± 0.04% of
reading 2 |
| .Thermal
Drift |
.50
ppm/°F |
| .Input
Impedance |
.1 M
ohm |
| .Linearity |
Linear, X1/2, X3/2, X5/2,
Custom 1 |
| .Range |
.±100 mV, ±1 V, ±5 V, ±10
V, ±1 to 5 V |
...1
Custom can be up to 60 co-ordinate pairs or
......up to 7 segments of 15th order
polynomial
...2
Full accuracy for any span > 10% of range |
| .Remote
Digitals Output |
.Two isolated
digital inputs are available to reset latched alarms, reset peak,
.and valley memories, reset total or for
customized use with TFML |
OUTPUT OPTIONS
Plug and Play Option Pods
Simple plug in pre-calibrated units, no dismantling or
calibration
..Pod-3000/02
Dual relay Alarm
..Two independent line rated relay
outputs |
| .Contacts |
.2 x
Changeover relays common wiper |
| .Ratings |
.AC |
.DC |
| .Maximum
Load |
.5A @ 250 V |
.5A @ 30V |
| .Maximum
Power |
.1250 Watts |
.150 Watts |
| .Maximum
Switching |
.253 Volts |
.125 Volts |
| .Electrical
Life |
.100,000
operations at rated load |
| .Mechanical
Life |
.50
million operations |
| .Termination |
| Standard... |
.5 way
tension clamp connector |
| Optional... |
.Screw
terminals |
| ..Pod-3000/03
Isolated re-transmission |
| .Ranges |
.0
to 10 ma (Active or Passive) |
| .0
to 20 ma (Active or Passive) |
| .4
to 20 ma (Active or Passive) |
| .Minimum
current output |
.0
ma |
| .Maximum
current output |
.23
ma |
| .Accuracy |
.0.07%
full scale |
| .Resolution |
.1
part in 30,000 |
| .Maximum
Output load |
| Active... |
.1
k ohm |
| Passive... |
.[(V
supply - 2) / 20] k ohms |
| .Maximum
External Supply Voltage |
.30
V (Passive mode) |
| .Voltage
effect |
.0.2
µA/V |
| .Ripple
current |
.<
3 µA |
| .Isolation |
.500
VAC |
| .Stability |
.2
µA/°F |
| .Termination |
| Standard... |
.5
way tension clamp connector |
| Optional... |
.Screw
terminals |
|
.Voltage
Outputs
|
.Voltage
Outputs may be obtained by
connecting an external resistor and
selecting the appropriate current range,
as shown in table below. |
| .Resistance |
.Current |
.Output |
| .1
Kohms |
.0
to 10 ma |
.0
to 10 VDC |
| .250
ohms |
.0
to 20 ma |
.0
to 10 VDC |
| .250
ohms |
.4
to 20 ma |
.1
to 5 VDC |
GENERAL SPECIFICATIONS (@ 20°C)
| .Filter
(Secs.) |
.Off,
2 seconds, 10 seconds or Adaptive |
| .Power
Supply |
.S1
= 90 to 253 VAC 50/60 Hz
.S2 =
20 to 35 VDC |
| .Power
Consumption |
.10
VA max. (worst case) |
| .Isolation
(Tested to) |
.I/O
Ports 500 V
.Supply to I/O 3750
V |
ENVIRONMENTAL
| .Sealing to PANEL |
.NEMA 4, IP65 |
| .Ambient operating
range |
.-22
to +140 °F |
| .Ambient storage
temperature |
.-58
to +185 °F |
| .Ambient humidity
range |
.10 to 90% RH non
condensing |
| .EMC: Emissions &
Immunity |
.BS EN61326 |
| .Safety |
.BS EN61010-1 |
SET UP
Configuration can be set up either from the integral front panel keys or via the
serial Modbus communications interface. The front panel keys and display give
access to a user menu. The menu can be set to 'Short' whereby only the most
common menu items are presented or 'Full' where all editable fields are
presented. The following table shows the menu fields:
| ..Feature |
..Short
Menu |
..Full Menu |
.DM3600U
.Universal Indicator |
.Sensor
type
.Range
.Linearity
.User Linearization
.Decimal Point
.Engineering Lo
.Engineering Hi
.Autoscale |
.Units
.Burnout
.Filter |
.DM3600A
.Universal Indicator
.with Flow Totalization |
.Sensor
type
.Range
.Linearity
.User Linearization
.Decimal Point
.Display Rate / Total
.Engineering Lo
.Engineering Hi
.Autoscale |
.Units
.Burnout
.Filter
.Total Reset
.Divider
.Factor
.Time Base |
.Dual Alarm
Relays 6
.Pod-3000/02 |
.Setpoint
.Alarm Action |
.Hysterisis
.Delay
.Latch
.Invert - NO/NC
.Lo:Hi |
.Isolated
Current
.Re-Transmission 5
.Pod-3000/03 |
.Retransmission
.Type
.Span |
.Preset
Level |
.......5
"U" Version only
. ....6 Can be
applied to either Rate or Total for "A" Version |
Other Software Features
Start up alarm delay
Peak and Valley Memories 5
Password Protection
Set Baud Rate
Set Device Address
Set 2 or 4 wire Comms
The following functions are available via the front panel while the unit is
in operation:
Clear: latched alarms, Total, peak / valley
Edit Setpoint Shortcut
Show peak reading 5
Show valley reading 5
Show Secondary Variable 7
Show Electrical Value 7
Show upper 6 digits of total 7
.....Notes:
.......5 "U" Version
only
. ....6 Can be applied to
either Rate or Total for "A" Version
.......7 "A" Version
only
CONNECTIONS
| .Input |
.5 way tension
clamp connector (2 Part) |
| .Comms
+ Digitals |
.8 way RJ45
connector
.(Supplied with matching plug and 1 M
Cable) |
COMMUNICATIONS
RS 485 Modbus Communications
The DM3600 is available with RS485
serial communications using MODBUD RTU protocol, and is supplied with OPC Client
Server software, compatible with the vast majority of software platforms used in
the process control industry.
| .Physical
Layer |
.4 wire or 2 wire
half duplex RS485 |
| .Baud Rate
software selectable |
.19,200 or 9,600 |
| .Protocol |
.Modbus RTU format |
| .Isolation |
.500 VAC |
| .Maximum
Fan out |
.32
units (can be increased with repeaters) |
| .Termination
Standard |
.RS485 |
M-CONFIG
With the RS485 Modbus serial communications option fitted, remote programming
and interrogation can be performed from a PC. To facilitate this, Status
Instruments has written a comprehensive, easy to use, configuration software
program called M-Config, which is available free of charge from
our web site. This program is also used with our MEDACS series signal
conditioners.
OPC Server
Managed by the OPC Foundation, OPC (Object linking and embedding for Process
Control) is an industry standard created with collaboration of a number of
leading worldwide automation and hardware / software suppliers working in
cooperation with Microsoft.
The goal of the standard is 'Plug-and-Play'. By using the standard OPC
client-server model, any OPC-compliant device will quickly, easily and
seamlessly connect to another and immediately work without the need for lengthy
installation procedures. The user can then concentrate more on the chosen client
software package (e.g. DCS, SCADA, HMI Plant Scheduling) rather than the
problems of system integration.
OPC Client Server software is optionally available. This allows the DM3600
to be quickly, easily and seamlessly integrated into any client software package
that has an OPC output.
DOWNLOADS
DM3600 Literature
ORDER CODE
DM3600 / Input / Communications / Power
Option
| .DM3600
Basic Model Number |
| .Input
Options |
.U = Universal Input
.A = Universal Input + Totalizer |
| .Communications
Options |
.00 = No Comms
.01 = Modbus Serial RS485 Comms +
TFML Upgrade |
| .Power
Options |
.S1 = 90 to 253 VAC
50/60 Hz
.S2 = 20 to 35 VDC |
OPTIONS
| .OPT-3600-02/01 |
.DIN rail
mounted Break-out board to connect RJ45
.to Screw Terminals |
| .OPT-3600-02/02 |
.DIN rail
mounted Break-out board to connect RJ45
.9-Way D-Type |
| .Pod-3000/02 |
.Dual Relay
Output (2 per unit maximum) |
| .Pod-3000/03 |
.Isolated 4 to
20 mA re-transmission (1 per unit maximum) |
| .RMK3000 |
.DIN Rail
Mounting Kit |
| .M-Config |
.Configuration
tool. This package is also available
.as a free download from
our website. |
| .M-OPC |
.Full
functionality OPC server. |
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