NE213 Multifunctional Counter with 2 presets and print interface
IVO multifunctional counter with two presets. Can be used in a wide variety of applications. Can be programmed as preselection counter, time counter, totalizer and more.Block diagram
Pin assignment with relay output
Pin assignment with electronic output
Features
- Main counter with two presets and zero contact
- Scaling factor can be programmed 0.0001...99.9999
- Batch counter can also be programmed as tachometer
- Printout can be activated via F-key or signal input
- Set value can be programmed
- Batch counter with one preset and multiplier (1...99)
- Print interface RS232
- Preselection mode can be programed:
- Progressive preselection
- Principal preselection
- Parallel comparison
- Trailing preselection (P1)
Dimensions
Optional available for counter NE213:
Z 118.041 Programming cable
Z 118.042 Print cable
Z 118.043 Print manager program
Description
The print manager enables a print protocol to be created on the PC by means of an editor. The protocol is transmitted via the serial interface RS232 to the NE213 and is stored there. After the transmission of the protocol, the connection to the printer is established at the same interface. The printer can be activated manually via the NE213 or by an electric signal.
Print protocol
A print protocol consists of all characters that are sent to the connected printer by the IVO counter upon activating the print function. These signs are grouped as follows:
control characters, text characters, counter data
Control characters
Control characters are all characters that serve to control or to configure the printer, e.g. changing over to condensed type, line feed, paper feed, etc. For further information see printer manual.
Example: 27 87 1 (changing over to expanded type)
Text characters
Text characters are characters that correspond to the input in the editor and that are output in the printout. Text characters are marked by inverted commas.
Example: ‘length=’
Counter data
Counter data are display values of the IVO counter. To select the requested values, one only has to enter the respective line number with curly brackets in the editor.
Example: {02} (preselection P2
Z 118.041 Programming cable
Z 118.042 Print cable
Z 118.043 Print manager program
Print Manager:
Suitable slip printer Star SP298
Description
The print manager enables a print protocol to be created on the PC by means of an editor. The protocol is transmitted via the serial interface RS232 to the NE213 and is stored there. After the transmission of the protocol, the connection to the printer is established at the same interface. The printer can be activated manually via the NE213 or by an electric signal.
Print protocol
A print protocol consists of all characters that are sent to the connected printer by the IVO counter upon activating the print function. These signs are grouped as follows:
control characters, text characters, counter data
Control characters
Control characters are all characters that serve to control or to configure the printer, e.g. changing over to condensed type, line feed, paper feed, etc. For further information see printer manual.
Example: 27 87 1 (changing over to expanded type)
Text characters
Text characters are characters that correspond to the input in the editor and that are output in the printout. Text characters are marked by inverted commas.
Example: ‘length=’
Counter data
Counter data are display values of the IVO counter. To select the requested values, one only has to enter the respective line number with curly brackets in the editor.
Example: {02} (preselection P2
Specifications
| Display: | 7-segment LED-display 8-digit display of real value, 7.6 mm high Decimal point can be programmed Suppression of leading zero Minus sign for negative values |
| Operation, keypad: | Front membrane with short-stroke keys |
| Front dimensions: | DIN housing, 72 x 72 mm |
| Mounting: | Front installation |
| Fastening: | Clamping frame |
| Weight: | Version AC: ca. 450 g Version DC: ca. 320 g |
| Type of connection: | Plug-in screw terminals Grid 5.08 mm |
| Core cross-section: | Max. 1.5 mm2 |
| Housing material: | Polycarbonate black, UL 94V-0 |
| Membrane material: | Polyester |
| Supply voltage: | Choice of two voltages via switch on device. When supplied, always higher voltage adjusted. 115 ±10 % / 230 VAC +6 %/-10 % (50 / 60 Hz) 24 / 48 VAC ±10 % (50 / 60 Hz) 24 VDC ±10 %, 5 % residual ripple |
| Power consumption: | 7 VA, 6 W |
| Sensor supply: | 12...26 VDC / max. 100 mA |
| Signal inputs: | Optocoupler inputs Count inputs A / B - control current 9...16 mA - breaking current < 0.5 mA - input resistance 1.65 kOhm Control inputs - control current 5...8 mA - breaking current < 0.5 mA - input resistance 3.3 kOhm PNP, NPN logic can be coded via wire jumper to terminal strip |
| Input counting rate: | Can be programmed to 15 Hz, 25 Hz, 10 kHz |
| Signal outputs: | Can be programmed as momentary or permanent signals Impulse time can be programmed 0.01...99.99 s |
| Relay signal outputs: | 2 floating center-zero relays for main counter 1 floating relay for batch counter, to be programmed as normally open or closed Internal spark suppression Max. switch. voltage 250 VAC Max. switch. power 1 A Max. switch. capacity 150 VA / 30 W |
| Electronic signal outputs: | NPN switching transistor - Max. switching voltage +35 V - Max. switching power 50 mA PNP switching transistor - Max. switching voltage 12...24 VDC with AC operation, depending on load - Max. switching power 50 mA, for DC operation - Max. switching power 10 mA, for AC operation |
| Data storing: | > 10 years via EEPROM |
| Counting mode of signal inputs A / B: | UP / DOWN, A - B, A + B, A 90° B x1, A 90° B x2, A 90° B x4 |
| Ambient temperature: | 0...+50 °C |
| Storage temperature: | -20...+70 °C |
| Relative humidity: | Max. relative humidity 80 %, at 25 °C, non-condensing |
| Protection: | Front IP 65 to DIN 40050 |
| General rating: | EN 61010 Part 1 - Protection class II - Overvoltage protection categ. II - Contamination factor 2 |
| Interference immunity: | EN 50082-2 |
| Emitted interference: | EN 50081-1 |