AMALGAMATED INSTRUMENT LD5-TMR Guide

LD5-TMR and LE5-TMR
Large Digit Timer Display
Operation and Instruction Manual
AMALGAMATED INSTRUMENT CO ABN: 80 619 963 692
Unit 5, 28 Leighton Place Hornsby Telephone: [phone] e-mail: [email protected]
NSW 2077 Australia Facsimile: [phone] Internet: www.aicpl.com.au

Table of Contents
1 Introduction 3
2 Mechanical installation 8
3 Electrical Installation 10
4 Function tables - summary of setup functions 21
5 Explanation of functions 29
6 Modbus 55
7 Technical specifications 56
8 Guarantee and service 57
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1 Introduction
General description
This manual contains information for the installation and operation of the LD5-TMR display. The display
has several modes of operation allowing up timing, down timing, stopwatch operation etc.
Electrical inputs for start, stop, reset and preset are provided.
An input from a voltage free switch connected to the Reset input (between connector D1 and GND on the
DIGITAL IN connector) or Preset input (between connector D2 and GND on the DIGITAL IN connector)
can be used to reset or reset to preset the display depending on the operation mode chosen.
1.1 Selecting and altering access levels
This subsection details the use ”access levels”. Access levels can be used to obtain easy access to functions
which are regularly required and to limit access to functions which are not required or which restricted
access is required. These access level settings can be ignored if no restrictions to access are required and
no easy access to selected functions is required.
Each setup function has a default access level allocated to it, for example the ascending alarm 1 function
AL.A1 is allocated a default level of 2. There is a facility for the user to change the access levels for a
limited number of functions to make them either easier to access or harder to access as required, see the
Fn.1 CodE function.
There are different ways of accessing setup functions, these are explained in the following section. Each
mode allows a selection of access levels i.e. allows some choice of which functions are accessible.
The access levels available are:
None - no access to functions
1- access to functions allocated to level 1
2- access to functions allocated to level 2
3- access to functions allocated to level 3
4- access to functions allocated to level 4
5- access to functions allocated to level 5
6- access to functions allocated to level 6
CAL - access to all normal operation functions
1.2 Accessing setup functions
The setup functions allow adjustment of the instruments operation functions. There are five different ways
of accessing setup functions. Each mode allows a selection of access levels i.e. allows some choice of
which functions are accessible.
As as summary the methods available are:
•Easy mode - this is the easiest access mode simply requiring the Fbutton to be pressed for 3
seconds. This mode would normally be used to gain access to functions which require frequent
adjustment.
•Remote input mode - this uses the Easy method of access but also requires the use of a remote
input switch.
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•PIN 1 mode - this method allows a PIN to be set with access via PIN entry.
•PIN 2 mode - this method also requires a PIN and would generally be use to allow a higher access
level than the first PIN.
•Super Cal mode - this method requires a power up procedure and will allow access to all functions.
These modes are explained in more detail below.
•Easy mode - Allows access to the level set by the EASY LEUL function in the ACCS menu. By
default the Easy access is set to NONE level i.e. no access.
The Easy mode simply requires that the Fbutton is held pressed until the message FUNC is seen
followed by the first function message, this should take approximately 3 seconds. If the message
FUNC End or no response is seen at this point it means that the access level has been set to NONE.
The default access for this level is NONE so the access level will need to be changed if access via
this method is required.
•Remote input mode - Allows access to the level set by the R.INP LEUL function in the ACCS
menu. By default the Remote input access is set to CAL level allowing access to all setup functions.
The remote input mode uses the same access method as the Easy mode but also requires that one of
the available remote inputs is set to ACCS and that the selected remote input is activated i.e. shorted
to GND. The default access for this level is NONE so the access level will need to be changed if
access via this method is required.
•PIN 1 mode - Allows access to the level set by the USr.1 LEUL function in the ACCS menu.
The PIN 1 mode requires the Fbutton is pressed and released then within 2 seconds press the ^
and vbuttons at the same time. The PIN can be set via the Pin.1 CodE function in the ACCS
menu. A USr.1 LEUL setting of 0disables the PIN which means that there is no need to enter
the PIN. If the USr.1 LEUL function has been set to a number other than NONE then the first
function seen when entering via PIN 1 mode will be the function CodE. When this function is
seen the PIN value set at the USr.1 LEUL function must be entered via the ^or vpushbuttons
followed by pressing Fto accept the PIN before the user can progress to the setup functions.
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•PIN 2 mode - Allows access to the level set by the USr.2 LEUL function in the ACCS menu.
This method uses the same access method as PIN 1 mode above. A Pin.2 CodE setting of NonE
disables the PIN. If the USr.1 LEUL or a USr.2 LEUL function has been set to a number other
than NonE then the first function seen when entering via PIN 1/PIN2 mode will be the function
CodE. When this function is seen the PIN value set at the USr.1 LEUL function can be entered
for access to the level set at the Pin.1 ACCS function or enter the USr.2 LEUL PIN to gain
access to the level set at the Pin.2 ACCS function. A correct code will allow access to the
functions at the selected level. An incorrect code will result in the FUNC End message being
seen indicating that access to setup functions has been refused and the display will return to normal
measurement mode.
•Super Cal mode - This method can be used to gain access to all functions. If a PIN has been set and
forgotten use this method to access the PIN functions to check the settings. To access via Super Cal
mode with the instrument switched off hold in the Fbutton whilst the instrument powers up. Keep
the button pressed until the S.CAL message is seen, you can then release the Fbutton. Next press
and release Fthen within 2 seconds press and release the ^and vpushbuttons simultaneously.
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The setup functions are organised in blocks or sections e.g. all the settings for channel 1 alarms are in
the AL1 section. Once access to setup functions has been gained use the ^and vbuttons to select
the section required then press Fto enter this section and again us the ^and vbuttons to select the
required function for alteration and press Fto allow alteration of this function.
Typical sections for a basic instrument are illustrated below. In any particular instrument additional sec-
tions may appear depending on the part number and any optional outputs fitted.
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The example in the flowchart (for 4 digit display) below shows the method using alarm relay 1 setup
function.
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2 Mechanical installation
2.1 20mm, 38mm, 45mm, 57mm and 58mm LED
An optional panel mount kit is available for these size displays. Panel cut out size is 240 x 130mm
(-0.0mm / +0.5mm). Weight: All types 1.6kg approx.
2.2 100mm 4 digit LED
Weight 10kg (LED)
155mm
Viewing window
120 x 332mm
450mm
250mm
2.3 100mm 6 digit LED
Weight 14kg (LED)
155mm
Viewing window
120 x 500mm
650mm
250mm
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2.4 200mm 4 digit LED
Weight 14kg.
155mm
Display window
230 x 720mm
850mm
360mm
4 8 @ 5
2.5 Cable entry and Mounting brackets
For 20 to 58mm displays no holes are pre drilled. For all 100mm and 200mm displays 3 off 20mm holes
are drilled at the bottom of the case, these are fitted with 2 x IP65 grommets and 1 x air vent which
allows moisture to exit the case but not enter. Four mounting brackets and four blind grommets are
supplied for use with all metal case large digit displays. Diagrams below illustrate vertical and horizontal
installation for mounting brackets. If mounting without the brackets is preferred then the 9mm dia. case
holes provided for the brackets can be used as alternative mounting holes. Any rear holes not used for
mounting should be sealed.
Horizontal orientation
viewed from rear
Vertical orientation
Viewed from rear
Use these 9mm dia. holes
for mounting if brackets are
not used. 20mm in from case
edges at all 4 corners. Seal these
holes if they are not being used.
24mm
9mm
14mm
20mm
20mm
24mm
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3 Electrical Installation
The display is designed for continuous operation and therefore no mains/power switch is fitted to the
unit. It is recommended that an external switch and fuse be provided to allow the unit to be removed for
servicing. To install cables remove six front panel retaining screws. Remove front panel taking care not
to damage the ribbon cable (ribbon cable joins the front display circuit board to the main circuit board).
Connect power and input cables to the plug in terminal blocks located within the enclosure. The terminals
are clearly labeled and unplug for ease of installation, please take care to connect them correctly. The
terminal blocks allow for wires of up to 2.5mm2to be fitted (relays and power) and 1.5mm2for inputs.
When power is applied the instrument will cycle through a display sequence, indicating the software
version and other status information, this indicates that the instrument is functioning.
Input board layout
Isolated supply
input connector
Signal input
connectors
Plug in
circuit board Relay
connectors
Display
connector
Non isolated
24 VDC supply
input connector
Ethernet
connector
(optional)
Remote
inputs
connector
P9
P7 ETHERNET
DISPLAY
P10 P11
POWER
IN
110V A
A
N
N
+
-
E
E
E
240V
DC
RELAY 1
REL 2
REL 3
REL 4
NO
NO
NO
NO NC
COM
COM
COM
COM
P6
IN4
IN3
IN2IN1
GND P4
+24
DC IN
GND
INPUT 1 INPUT 2
GND GND
EX+ EX+
IN IN D1
DIGITAL IN
GND
D2 D3
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3.1 Power supply connections
3.2 AC supply or isolated DC supply (38, 45, 57 and 58mm displays only)
P11
POWER
IN
POWER
IN
POWER
IN
Supply connections
for 240 VAC
Supply connections
for 110 VAC
Supply connections
for isolated DC and low
voltage AC
240 VAC
when transformer
is fitted
110 VAC
when transformer
is fitted
12 to 48 VDC or 24 to 48 VAC.
The DC and low voltage AC require
the isolated supply pcb to be fitted.
(Example above shows polarity for
DC input, input uses
the same terminals (not polarised))
24 to 48 VAC
Wire
link
Wire links
110V 110V 110V
AAA
AAA
AA
-
NNN
NNN
NN+
EEE
EEE
EEE
+++
---
EEE
240V 240V 240V
DC DC DC
Plug in
connector
Plug in
connector
Plug in
connector
Plug in
after
wiring
Plug in
after
wiring
Plug in
after
wiring
3.3 Non isolated DC supply (38, 45, 57 and 58mm displays only)
P4
DC IN
GND +24V
Non isolated
24 VDC supply
-
+
Plug in
connector
Plug in
after
wiring
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3.4 100mm, 200mm LED and 100mm electromagnetic display power supplies
Isolated DC supplies (12 to 24VDC) connect to the isolated supply pcb on the base board. AC supplies
connect to the transformer primary on the base board. The base board is located under the input circuit
board.
Optional isolated DC supply (100 and 200mm displays only)
EIN
- -
++
Optional isolated dc board
(for use with 100mm & 200mm led
displays and 100mm
electromagnetic displays only)
++
--
CASE
EARTH
Input DC 12-24V
Output DC to
display board
Non isolated DC power supplies (100 and 200mm displays only
Non isolated DC supplies (24VDC) are wired to a connector on the baseboard as shown below.
12 of 57 LD5TMRMAN-1.1-0

High and low voltage AC supplies (100 and 200mm displays only
1 2 3 4 5 6 7
BRN RED ORG BLK GRY WHT GRN/YEL
48VAC
42VAC
32/36VAC
24VAC
AN
EARTH
A
A
A
N
N
N
LINK
LINK
LINK
LINK LINK
1
1
1
2
2
2
3
3
3
4
4
4
BLU
BLU
BLU
WHT
WHT
WHT
BRN
BRN
BRN
GRN/YEL
GRN/YEL
GRN/YEL
1
1
1
1
2
2
2
2
3
3
3
3
4
4
4
4
5
5
5
5
6
6
6
6
7
7
7
7
BRN
BRN
BRN
BRN
RED
RED
RED
RED
ORG
ORG
ORG
ORG
BLK
BLK
BLK
BLK
GRY
GRY
GRY
GRY
WHT
WHT
WHT
WHT
GRN/YEL
GRN/YEL
GRN/YEL
GRN/YEL
48VAC
240VAC
Important note: the 240V & 110V supplies use the
same transformer, low voltage instruments use a
different transformer. Do not use a low voltage
transformer for 240V or 110V or vice versa.
110VAC
42VAC
32 TO
36VAC
24VAC
ACTIVE
ACTIVE
ACTIVE
ACTIVE
ACTIVE
ACTIVE
NEUTRAL
NEUTRAL
NEUTRAL
NEUTRAL
NEUTRAL
NEUTRAL
EARTH
EARTH
EARTH
EARTH
EARTH
EARTH
LINK
LINK
LINK
LINK
LINK
Black
Black RedRed
To display boardTo display board
Wiring examples 240VAC & 110VAC Wiring examples low voltage AC
240 & 110VAC supplies.
For 100mm/200mm LED or 100mm
electromagnetic display types only.
Low voltage AC supplies.
For 100mm/200mm LED or 100mm
electromagnetic display types only.
110VAC
110VAC
110VAC
N
N
N
N
N
N
A
A
A
A
A
A
EARTH
EARTH
EARTH
EARTH
EARTH
EARTH
240VAC
240VAC
240VAC
LD5TMRMAN-1.1-0 13 of 57

3.5 Input connections
The START, STOP, REST TO ZERO and RESET TO PRESET inputs are on a small pcb on top of the
main pcb. The voltage between the EX+ and GND terminals (5, 12 or 18VDC) is determined by the
setting of the P.Out function and these terminals can alternatively be pulled down to ground by the
PULL UP function.
INPUT 1 INPUT 2
GND GND
EX+ EX+
IN IN D1
DIGITAL IN
GND
D2 D3
Start Stop Reset
Use momentary or latching switches to suit the mode
selected. Some modes do not use the Stop input.
The Reset input will reset the display to zero.
The Preset input will reset the display to the preset
value selected at the Preset function.
Preset
3.6 Input connections
The display will accept many common input sensor types. The input circuit is configured by the IN1
functions (IN2 functions are not applicable to this instrument). The common input types together with
typical IN1 settings for these inputs are given below.
Inductive sensor input
IN1 function settings settings for inductive input
•PULL UP Set to Lo
•bIAS Set to OFF
•Lo F Set to OFF
•HYSt Set to OFF for very low amplitude inputs (25mV to 250mV) or On for inputs with ampli-
tude 250mV to 48VDC or RMS
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•Attn Set to OFF for no attenuation or On to reduce the input amplitude by a factor of 5
•dC Set to On
•EdgE Select Lo (trigger from low going edge) or Hi (trigger from rising edge) as required
•d.bnc Normally only required for contact closure e.g. relay or switch input. Select a debounce
time which allows operation without false triggering due to contact bounce
AC input
IN1 function settings settings for AC input
•PULL UP Set to Lo
•bIAS Set to OFF
•Lo F Set to OFF
•HYSt Set to OFF for very low amplitude inputs (25mV to 250mV) or On for inputs with ampli-
tude 250mV to 48VDC or RMS
•Attn Set to OFF for no attenuation or On to reduce the input amplitude by a factor of 5
•dC Set to On for input frequencies less than 10 Hz, otherwise set to OFF
•EdgE Select Lo (trigger from low going edge) or Hi (trigger from rising edge) as required
•d.bnc Normally only required for contact closure e.g. relay or switch input. Select a debounce
time which allows operation without false triggering due to contact bounce
Square wave input
IN1 function settings for square wave input
•PULL UP Set to Lo
•bIAS Set to ON if signal is never negative polarity, otherwise set to OFF
LD5TMRMAN-1.1-0 15 of 57

•Lo F Set to OFF
•HYSt Set to OFF for very low amplitude inputs (25mV to 250mV) or On for inputs with ampli-
tude 250mV to 48VDC or RMS
•Attn Set to OFF for no attenuation or On to reduce the input amplitude by a factor of 5
•dC Set to On
•EdgE Select Lo (trigger from low going edge) or Hi (trigger from rising edge) as required
•d.bnc Normally only required for contact closure e.g. relay or switch input. Select a debounce
time which allows operation without false triggering due to contact bounce
Contact closure input
IN1 function settings for contact closure input
•PULL UP Set to High
•bIAS Set to On
•Lo F Set to On
•HYSt Set to On
•Attn Set to OFF for no attenuation or ON to reduce the input amplitude by a factor of 5
•dC Set to On
•EdgE Select Lo (trigger from low going edge) or Hi (trigger from rising edge) as required
•d.bnc Normally only required for contact closure e.g. relay or switch input. Select a debounce
time which allows operation without false triggering due to contact bounce
Namur sensor input
IN1 function settings for namur sensor input
•PULL UP Set to Lo
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•bIAS Set to On
•Lo F Set to OFF
•HYSt Set to On
•Attn Set to OFF for no attenuation or ON to reduce the input amplitude by a factor of 5
•dC Set to On
•EdgE Select Lo (trigger from low going edge) or Hi (trigger from rising edge) as required
•d.bnc Normally only required for contact closure e.g. relay or switch input. Select a debounce
time which allows operation without false triggering due to contact bounce
NPN 2 wire sensor input
IN1 function settings for NPN 2 wire sensor input
•PULL UP Set to High
•bIAS Set to On
•Lo F Set to OFF
•HYSt Set to On
•Attn Set to OFF for no attenuation or ON to reduce the input amplitude by a factor of 5
•dC Set to On
•EdgE Select Lo (trigger from low going edge) or Hi (trigger from rising edge) as required
•d.bnc Normally only required for contact closure e.g. relay or switch input. Select a debounce
time which allows operation without false triggering due to contact bounce
NPN 3 wire sensor input
IN1 function settings for NPN 3 wire sensor input
LD5TMRMAN-1.1-0 17 of 57

•PULL UP Set to High
•bIAS Set to On
•Lo F Set to OFF
•HYSt Set to On
•Attn Set to OFF for no attenuation or ON to reduce the input amplitude by a factor of 5
•dC Set to On
•EdgE Select Lo (trigger from low going edge) or Hi (trigger from rising edge) as required
•d.bnc Normally only required for contact closure e.g. relay or switch input. Select a debounce
time which allows operation without false triggering due to contact bounce
PNP 2 wire sensor input
IN1 function settings for PNP 2 wire sensor input
•PULL UP Set to Lo
•bIAS Set to On
•Lo F Set to OFF
•HYSt Set to On
•Attn Set to OFF for no attenuation or ON to reduce the input amplitude by a factor of 5
•dC Set to On
•EdgE Select Lo (trigger from low going edge) or Hi (trigger from rising edge) as required
•d.bnc Normally only required for contact closure e.g. relay or switch input. Select a debounce
time which allows operation without false triggering due to contact bounce
PNP 3 wire sensor input
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IN1 function settings for PNP 3 wire sensor input
•PULL UP Set to Lo
•bIAS Set to On
•Lo F Set to OFF
•HYSt Set to On
•Attn Set to OFF for no attenuation or ON to reduce the input amplitude by a factor of 5
•dC Set to On
•EdgE Select Lo (trigger from low going edge) or Hi (trigger from rising edge) as required
•d.bnc Normally only required for contact closure e.g. relay or switch input. Select a debounce
time which allows operation without false triggering due to contact bounce
3.6.1 Remote/Digital inputs
The digital inputs will accept voltage free contact closure inputs or up to 24VDC signal. The electrical
configuration for these inputs is configured by digital input functions, see the d.in section functions. The
operation mode of the digital inputs are controlled by separate functions for each input, see the R.INP
section functions. The electrical configuration for these inputs is configured by digital input functions,
see the d.in section functions. Wiring example showing voltage free contacts below.
P9
IN1 IN2 IN3 IN4
GND
Remote input
connector
LED for each input lights
when input is active
used depending on the function selected.
Latching or momentary switches can be
Plug in
after wiring
3.6.2 Relays
Relays are rated at 240VAC 5A into a resistive road. Relay 1 is form C type. Relays 2, 3 and 4 are form
A type.
LD5TMRMAN-1.1-0 19 of 57

RELAY 1
REL 2
REL 3
REL 4
NO
NO
NO
NO NC
COM
COM
COM
COM
P6
Relay 1
Relay 2
Relay 3
Relay 4
COM
N.O
N.O
N.O
N.O
N.C
COM
COM
COM
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