Electronic multifunction counters with preselection
➜
Up counters/Down counters - 48 x 48 - CTR48E "Essential"
■
Counter, Preselection chronometer
■
Maximum input frequency 5 k Hz
■
Simple parameter setting, configuration
using text menus
Easy modification of presets
Multiplication factor
3 A changeover relay
Backlit LCD display (green) : 6 digits, height 9 mm
IP 65 sealed panel
Option of locking the keypad, completely or partially
(preset, programming)
■
Accessories for 72 x 72 or 55 x 55 cut-out,
DIN rail adaptor
■
■
■
■
■
■
Part numbers
Type
Green backlit
LCD display
Functions
Counter, Preselection chronometer
Counter, Preselection chronometer
Counter, Preselection chronometer
Counter, Preselection chronometer
Counter, Preselection chronometer
Counter, Preselection chronometer
Preset
1
1
1
2
2
2
Voltages
10
➞
30 V
c
115 V
a
230 V
a
10
➞
30 V
c
115 V
a
230 V
a
Output
1 relay
1 relay
1 relay
1 changeover relay,
1 NO relay
1 changeover relay,
1 NO relay
1 changeover relay,
1 NO relay
Code
87629111
87629113
87629114
87629121
87629123
87629124
Accessories
Description
Adaptor for 72 x 72 mm cut-out
Adaptor for 55 x 55 mm cut-out
DIN rail adaptor
Code
26546842
26546846
26546841
General characteristics
Environmental characteristics
Supply
Relative humidity (no condensation)
Altitude
Certifications
Vibration resistance in 3 axes
Connection by screw terminals
Protection
Front panel watertight seal
Temperature limits use (°C)
Temperature limits stored (°C)
Weight (g)
General characteristics
Reset to zero or to preset
Minimum pulse time
Option to protect against reset from front panel
Scale factor (each input pulse is multiplied by this figure)
Decimal point selectable for ease of reading
11
➞
30 V
c
/ 115 V
a
/ 230 V
a
EN 60068-2-30 40/93% RLF
0 < 2000 m
CE
10-55 Hz/1 min/XYZ EN 60068-2-6: 30 min. in each direction
Débrochable
Conforming to standard EN 60529 IP65 for panel/IP20 for connections
✓
-10
➞
+50
-25
➞
+75
150
c
version
250
a
version
On panel: if not locked during programming
Electrical: automatic, voltage or solid state (NPN or PNP depending on
programming)
Impulse counter: < 15 ms
Chronometer: 500 µs
✓
Sensor supply version
a
Programming and current value backed up via EEPROM memory
00.0001
➞
99.9999
0
0.0
0.00
0.000
0.0000
0.00000
-40/+15% 50 mA 230 V
a
-40/+15% 40 mA 115 V
a
✓
Service life 10 years
1
Operating characteristics
Functions
Number of presets
Display
Height digits (mm)
Display details
Input characteristics
Inputs
Input modes
Input type
High level
Low level
Relay output characteristics
Changeover relay
NO contact
Maximum current
Minimum current
Maximum voltage
Min. voltage
Response time
Mechanical life (operations)
Number of operations
Output modes: maintained or pulsed
Preselection counter, Chronometer
1 or 2
LCD with green backlighting
LCD 9
- 999 999
➞
999 999
2 counter inputs
1 reset input, 1 locking input
Dir: Directional
AS: up/dn
PP: phase
Voltage or solid state
3.5
➞
30 V
c
0
➞
2 V
c
✓
Depending on version
3A
30 mA
30 V
c
/ 250 V
a
5 V
z
< 10 ms
20 x 10
6
1 x 10
5
0.01
➞
99.99 s
Dimensions (mm)
Panel cut-out
1
45
+0.6
0
26546842 - Adaptor for 72 x 72 mm cut-out
7,4
48
45
48
4,5
15,5
90,3
7
45
0
+0.6
1
10.5 max
26546846 - Adaptor for 55 x 55 mm cut-out
55
-0,2
0
6
±0,1
45,4
+0,2
7,4
±0,1
26546841 - DIN rail adaptor
145
41
22
50
+0,5
0
15
48,1
0
5,5
75
83
70
72
45,4
2
Connections
87629111
1
2
3
4
5
6
87629113 / 114
NC NC
1
2
3
4
5
6
87629121
NC NC
1
2
3
4
5
6
NC NC
1
2
3
4
7
5
6
7
8
1
2
3
4
7
5
6
7
8
8
1
2
7
3
4
8
5
6
7
8
NC NC
8
9
NC NC
N~ L~
9
10
9
10
11 12 13
14 15
9
10
11 12 13
14 15
9
10
11 12 13
14 15
1
Sensor voltage supply (* UB
2
3
4
5
6
7
8
9
1
Sensor voltage supply
2
GND (0 V
c
)
3
INP A (signal A input)
4
INP B (signal B input)
5
Reset (Reset input)
6
Lock (locking switch input)
7
11-12-13: Output 1
8
14-15: Supply
1
Sensor voltage supply (* UB
2
3
4
5
6
7
8
9
10
interconnected)
GND (0 V
c
)
INP A (signal A input)
INP B (signal B input)
Reset (Reset input)
Lock (locking switch input)
11-12-13: Output 1
14-15: Supply
Power supply - GND
interconnected)
GND (0 V
c
)
INP A (signal A input)
INP B (signal B input)
Reset (Reset input)
Lock (locking switch input)
9-10: Output 1
11-12-13: Output 2
14-15: Supply
Power supply - GND
87629123 / 124
1
2
3
4
5
6
NC NC
1
2
7
3
4
8
5
6
7
9
8
N~ L~
9
10
11 12 13
14 15
1
Sensor voltage supply
2
GND (0 V
c
)
3
INP A (signal A input)
4
INP B (signal B input)
5
Reset (Reset input)
6
Lock (locking switch input)
7
9-10: Output 1
8
11-12-13: Output 2
9
14-15: Supply
3
Applications
Programming diagram
Cntr
Input
FrQ
PnP / npn
tiMErC
Input
FrQ
PnP / npn
HIGH / Low
Low=30Hz HIGH=max
HIGH / Low
Low=30Hz HIGH=max
In.Cnt
dir / AS / PP
dir
: Count direction
AS
: Differential counting A-B
PP
: Quadrature Input
StArt
tcCab / tcCbb / FrErun
FrErun
: Gate Mode (INPA)
tcCab
: Start edge to input A Stop edge to input B (comulative)
tcCbb
: Start edge to input B Stop edge to input B (comulative)
Loc
ProG / PrESEt / PrgPrE
ProG:
Programming us locked
PrESEt:
Preset value us locked
PrgPrE:
Preset and programming us locked
(The activation is with the electrical input LOCK)
(the choice is valid for P1 and P2 in the case of version to two pres.)
Loc
ProG / PrESEt / PrgPrE
ProG:
Programming us locked
PrESEt:
Preset value us locked
PrgPrE:
Preset and programming us locked
(The activation is with the electrical input LOCK)
(the choice is valid for P1 and P2 in the case of version to two pres.)
Out.oP
rS0 / rSA0 / rSAP2 / rSP2
rS0
: Count mode Add (reset to zero)
rSP2
: Count mode Sub (reset to main preset)
rSA0
: Count mode Add with automatic reset
rSAP2
: Count mode Sub with automatic reset
Out.oP
rS0 / rSA0 / rSAP2 / rSP2
rS0
: Count mode Add (reset to zero)
rSP2
: Count mode Sub (reset to main preset)
rSA0
: Count mode Add with automatic reset
rSAP2
: Count mode Sub with automatic reset
MultPI
00,0001...99,9999
dEcPt
0 / 0,0 / 0,00 / 0,000 / 0,0000 / 0,00000
tUnit
dEcPt
SEC / MIN / hour / h.Min.S /
0 / 0,0 / 0,00 / 0,000 / 0,0000 / 0,00000
rESMod
no rEs / ELrES / Man.rE / Man.EL
norES
: No reset
ELrEs
: Electrical reset
ManrE
: Manual reset
ManEL
: Manual and electrical reset
rESMod
no rEs / ELrES / Man.rE / Man.EL
norES
: No reset
ELrEs
: Electrical reset
ManrE
: Manual reset
ManEL
: Manual and electrical reset
S1
permanent signal
timed signal
tiMES1
00.01..99,99s
Time signal output regulation
Low : 1.0 V
High : 4.0 V
rS0
rSA0
rSP2
rSAP2
dir
15 kHz
1.5 kHz
AS
10 kHz
1.5 kHz
PP
10 kHz
0.7 kHz
Low : 3.0 V
High : 30.0 V
rS0
rSA0
rSP2
rSAP2
5 kHz
1.2 kHz
5 kHz
1.2 kHz
2.4 kHz 0.5 kHz
**S2
permanent signal
**Only version 2 preset
timed signal
tiMES1
00.01..99,99s
Time signal output regulation
4
Curves
Counter: dir
Counter: AS
Counter: PP
dir
INP A
INP B
rS0
rSP2
0
P
1
P+1
2
P+2
1
P+1
0
P
-1
P-1
-2
P-2
AS
INP A
INP B
rS0
rSP2
0
P
1
P+1
2
P+2
1
P+1
0
P
0
P
1
P+1
PP
INP A
INP B
rS0
rSP2
0
P
1
P+1
2
P+2
3
P+3
2
P+2
1
P+1
0
P
A 90° B
Inp A: Counter input
Counting on an edge
Inp B: Reversal of direction
rS0: Display 0
➞
Preset
rSP2: Display Preset
➞
0
Chronometer: Start tcCAb
INP A
INP B
T1
T2
0
P
T1
P-T1
.....................
.....................
T1+T2
P-T1-T2
Inp A: Add. counter input 1
Inp B: Sub. counter input 2
rS0: Display 0
➞
Preset
rSP2: Display Preset
➞
0
A 90° B
Inp A: Counter input
Counting on an edge
Inp B: Reversal of direction
rS0: Display 0
➞
Preset
rSP2: Display Preset
➞
0
Chronometer: Start tcCbb
INP B
T1
T2
T1
P-T1
T1+T2
P-T1-T2
Chronometer: Start FrErun
INP A
(GATE)
ADD
SUB
0
P
T1
...........
...........
active
T2
...........
...........
active
ADD
SUB
0
P
...........
...........
T1
P-T1
T1+T2
P-T1-T2
ADD
SUB
Inp A: On
Inp B: Off
Add: Display 0
➞
Preset
Sub: Display Preset
➞
0
Output operation 1: rS0
RESET
S1
COUNTER
OUT S1
Inp A: No function
Inp B: On/Off
RS0/RSP2
Add: Display 0
➞
Preset
Sub: Display Preset
➞
0
Output operation 1: rSA0
RESET
S1
COUNTER
OUT S1
InpA: Gate
Time measurement via InpA
InpB: No function
Output operation 1: rSP2
RESET
S1
COUNTER
OUT S2
Output operation 1: rSAP2
Output operation 2: rS0
Output operation 2: rSA0
RESET
S1
COUNTER
OUT S2
RESET
S2
PR1-PR3-PR4
COUNTER
OUT P1-P3-P4
OUT S2
RESET
S2
PR1-PR3-PR4
COUNTER
OUT P1-P3-P4
OUT S2
Output operation 2: rSP2
Output operation 2: rSAP2
RESET
S2
PR1-PR3-PR4
COUNTER
OUT P1-P3-P4
OUT S2
RESET
S2
PR1-PR3-PR4
COUNTER
OUT P1-P3-P4
OUT S2
5