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The BR series, new graphic recorders for
the next generation, fit various applications in industrial fields to
test/research fields. The measured data are displayed on a 5.5" TFT color LCD
display, stored into the internal flash memory and can be saved to a 3.5" floppy
disk. You can convert electronic data to a popular spreadsheet software by using
the optional software [PASS].
The MODBUS
communications link to computer systems makes the configuration with your
personal computer easy. The recorders need no consumable costs including chart
papers and inks used in conventional recorders. |
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|
Measuring points |
Standard
input type |
6 points |
| Continuous input type |
1, 2, 3
or 4 points |
| Input
signals |
Universal
input (DC voltage 10 kinds, Thermocouple 36 kinds, Resistance thermometer 11
kinds, DC current (by shunt resistors) |
| Range
setup |
Programming of input types and ranges by the keyboard. The measuring range is
automatically selected by the range programmed. |
| Scale
setup |
Programming of maximum values, minimum values and engineering units from the
keyboard. |
| Accuracy
rating |
± 0.1% ±
1 digit (DC voltage input) |
|
Measuring cycles |
Standard
input type |
About 5
seconds/6-point |
| Continuous input type |
About 0.1
second/4-point |
|
Reference junction compensation accuracy |
K, E, J,
T, N, Platinel |
Maximum ±
0.5°C |
| R, S,
Ni-NiMo, AuFe-Cr, WWRe5-26, WWRe0-26, U, L |
Maximum ±
1.0°C |
| (The
above errors are added to the accuracy ratings for the internal reference
junction compensation.) |
| Burnout |
Detection
of signal disconnection for thermocouple inputs and resistance thermometer
inputs
Up-scale burnout, down-scale burnout or burnout disabled is selectable for
each input. |
|
Input resistance |
Thermocouple inputs |
About 8M  |
| DC
voltage inputs |
Less
than ±2V:
about 8M , ±5V
to ±50V:
about 1M |
|
Allowable signal source resistance |
Thermocouple inputs (burnout disabled)
DC voltage inputs (maximum ±
2V) |
Maximum
1k |
| DC
voltage inputs (±
5V to ±
50V) |
Maximum
100 |
Resistance thermometer inputs
[Pt100(1), PT100(2), JPt100] |
Maximum
10
per wire
3 wires - same resistance |
| Input
correction |
Zero,
span and shift adjustments for each channel |
|
| Display |
5.5"h TFT
color LCD (320 x 240 dots:111.36mm x 83.52mm) |
| Trend
display colors |
10 colors
(selectable) |
|
Operation screens |
Screens are switched by scroll key and
entry key. Maximum 5 groups except alarm summary screen can be switched and
displayed. (Maximum 6 channels/group) |
| Trend
screens (with scale plate and pointer displays) |
Selects
from real-time trend, historical trend and dual trend screens
Vertical or horizontal time scale orientation selectable
Data display enabled or disabled selectable
Scrolling available
Zone recording, compressed/ expanded recording |
| Bargraph
screen |
Data
display enabled or disabled selectable |
| Data
screen (Data + Tag + Engineering unit + Alarm activation status) |
| Multi-screen |
Real-time
trend screen + Bargraph screen + Data screen |
| Alarm
summary screen |
Current
alarm output status and alarm log (channel, level, alarm event time) |
| Skip
function (Trend and Data screens) |
The
channels to be skipped in display can be programmed for each group. |
| Replay
(Historical trend) |
Historical data is displayed by specifying a file.Data logging is continued.
* Replay by scrolling or by time specified
* Enable to replay from a floppy disk |
| Scroll
function |
Referring
to historical data by the cursor is enabled on the trend screens. |
| Data
search function (Historical trend) |
The trend
display position matching the following conditions is searched automatically
from the data in the replay file and the cursor is moved to the position.
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Channel A data = Channel B data
-
Channel A data < Channel B data
-
Channel A data < Data specified (optional
programming)
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Data of Channel A > Data specified
(optional programming)
-
Data 1 specified (optional programming)
 Data
of Channel A  Data
2 specified (optional programming)
|
| Message
display |
Displays
messages on the trend screen through the keyboard or by remote contacts signal
and stores them as a message dada file (maximum 200 messages).
Enables to display and stores them on the historical trend screen.
* Messages can be pre-stored. (maximum 10 messages, maximum 30
characters/message) |
|
Display updating intervals |
Trend
screen |
Depended
on time scale programmed, minimum 1 second |
| Data Screen |
Continuous input
type: about 1 second, Standard input type: about 5 seconds |
| Time
scale programming |
Programs
interval of displaying dots on the time scale. 0.1, 0.2, 0.5, 1, 2, 3, 5, 10,
15, 20, 30 seconds (Continuous input type only: 3 seconds or shorter), 1, 2, 3.
5, 10, 15, 20, 30 or 60 minutes |
| LCD saver |
When no
key is operated for the specified period of time, the back-light is dimmed and
the screen saver display appears. |
| Programmable period |
1 to 60
minutes |
|
| Internal
memory |
1.25MB |
| Storing
interval |
0.1, 0.2,
0.5, 1, 2, 3, 5, 10, 15, 20, 30 seconds, 1, 2, 3, 5, 10, 15, 20, 30, 60 minutes
(0.1 to 3 seconds: continuous input type only) |
| Storing
data |
Measured
data (Maximum 5 files on simultaneous storage), Message (1 file), Alarm event (1
file), Programmed parameters (1 file)
-
Measured data - File number, storage start
date/time, Storage interval, Scale data, Measured data
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Message - Time, Message text (Max. 200
messages)
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Alarm event - Alarm event time, Channel,
Level, Alarm type (Maximum 200 information)
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Programmed parameters - Storage date/time,
all parameters (Updated at reprogramming)
|
| Measured
data stored |
2-bite
binary/1 data
* Stores both minimum values and maximum values in case that the storing
interval is longer than the measuring interval.
(For the standard input type programmed with the storing interval other than
5 seconds and for the continuous input type programmed with the storing interval
other than 0.1 second. ) |
| Storage
into internal memory |
Manual
operation (Keyboard)
Trigger signal (Remote contacts, Alarm activation)
Storage during conductive signal ON (Remote contacts)
Start/end by time (End through the keyboard is enabled.)
* A file is closed when it has been fully written. (The storage to the
specified file ends.) |
| Status
output |
When 90%
of the storage space in a file has been written, the status can be output at
alarm output terminals. |
| Memory
usage display |
The
amount (%) of memory used in each file is displayed on the operation screens. |
| External
memory medium |
3.5"
floppy disk (2HD: 1.44MB MS-DOS formatted)
Data in internal memory can be copied to a floppy disk through the keyboard. |
|
| Alarm
types |
High
alarm, low alarm, differential high alarm, differential low alarm,
rate-of-change increase alarm, rate-of-change decrease alarm |
| Alarm
programming |
Individual programming for each channel, Maximum 4 levels/channel |
| Alarm
storage |
Storage
of alarm event time and alarm types |
| Alarm
output (option) |
6 points |
|
| Rated
power voltage |
100 to 240VAC, 50/60Hz |
| Power
consumption |
Maximum 45VA |
| Power
failure protection |
Programmed parameters stored into EEPROM
memory, Data stored into flash memory, Clock circuit and data sustained for
minimum 6 years by a lithium battery (at the operation more than 8 hours/day) |
|
Environmental conditions |
Reference operating condition |
| Ambient
temperature/humidity range |
21 to
25°C, 45 to 65%RH, |
| Power
voltage |
100VAC ±
1% |
| Power
frequency |
50/60Hz ±
0.5% |
| Attitude |
Left/right 0 degree, Forward tilting 0 degree, Backward tilting 0 degree |
| Warm-up
time |
More than
30 minutes |
|
Normal operating condition |
| Ambient
temperature/humidity range |
0 to
50°C, 20 to 80%RH
On using a floppy disk: 5 to 40°C |
| Power
voltage |
90 to
264VAC |
| Power
frequency |
50/60Hz ±
2% |
| Attitude |
Left/right 0 degree, Forward tilting 0 degree, Backward tilting 0 to 20 degrees |
| Weight |
About 3.2kg |
| Alarm
output (option) |
6 points |
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| International Safety Standards |
|
| CE-marking |
EN55011 Group 1 Class A,
EN50082-2, EN61010-1+A2 |
| UL |
UL3111-1 (approval pending) |
| CSA
(C-UL) |
C22.2 No.1010 (approval
pending) |
| IP |
IEC529 IP54 (front) |
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