Digital Analog Counter $nMAX Sensor Channel Count $4 $n Light Inertia, High Reliability $n Output Interface OPEN COLLET, LAN, RS-232C $n Detection Method: TTL 422 (A,/A, B,/B, Z,/Z) $n Temperature: '-10-85'C
Digital analog counterparameter
MAX Sensor Channel Number 4
Light inertia, high reliability
Output interface OPEN COLLET, LAN, RS-232C
Detection method: TTL 422 (A,/A, B,/B, Z,/Z)
Temperature: '-10-85'C
Digital analog counterSensor Signal Electrical spec (electrical performance of input sensor)
| output method | Open Collector | U-f-w Phase | BISS-C | CW, CCW Output | Line Driver |
| input power | DC+5 [V]~+24 [V] ripple p: below 5% | DC+5 [V]~+24 [V] ripple p: below 5% | DC+5 [V]~+24 [V] ripple p: below 5% | DC+5 [V]~+24 [V] ripple p: below 5% | DC+5 [V]~+24 [V] ripple p: below 5% |
| Current consumption (without load) | 70mA Hax | 150mA Max | 150mA Max | 150mA Max | 150mA Max |
| Maximum response frequency | 150kHz(102048P/R)/300kHz(2500~3600 P/R) |
| output voltage | Below 0.5 [V]/above 2.5 [V] (when+5 [V] input), above V10 [V] (when+15 [V] input), above 18 [V] (when+24 [V] input) |
| output current | Below 20mA | Below 20mA | Below 20mA | Below 20mA | Below 20mA |
| Rise and fall time | Below 3 μ s | Below 3 μ s | 0.1us 以下 (5[V]) | 0.1us 以下 (5[V]) | 0.1us 以下 (5[V]) |
| Common conditions | Output cable length 1], responsible for impedance below 1 [k0] |
Main Function Table
| output method | SCD-1000-1 | SCD-1000-2 | SCD-1000-3 | SCD-1000-4 |
| input power | AC 220V 50/60Hz1A, Ripple p: below 5% | AC 220V 50/60Hz1A, Ripple p: below 5% | AC 220V 50/60Hz1A, Ripple p: below 5% | AC 220V 50/60Hz1A, Ripple p: below 5% |
| Display Digit | 8 | 8 | 8 | 8 |
| Maximum response frequency | 1MHz(>= 1usee) |
| Main functions | H,W Limits Alram Remote 0utput,IMc/ABS Mode,2Point Distance, Dia Error |
| Remote Input, Output | DC24V,0pen Colletor | DC24V,0pen Colletor | DC24V,0pen Colletor | DC24V,0pen Colletor |
| communication method | KS-232C | KS-232C | KS-232C | KS-232C |
| Basic provision | Fower Cable 1M |
*The communication methods for RS-232C, USB, and LAN are provided by OPTION
Company Profile: Established based on its parent company SCMI, it started producing incremental magnetic encoders in 2020 and has successfully developed and manufactured detection systems using magnetic encoders.
By utilizing the vast technological capabilities and rich experience of the automation industry, we can provide high-quality solutions for various needs. Based on our charging and testing systems, we provide manufacturing equipment for South Korea and Asia.
In addition, we also have flexibility in design and production, and have the technology to quickly provide products that meet customer needs.
The design and production of encoder products comply with RoHS and CE standards, as demonstrated by Green, striving to build an environmentally friendly enterprise.
The company currently has three major divisions: Automation Equipment Division, Magnetization and Testing Equipment Division, and Encoder Manufacturing Division
Precision Linear Servo Motor Modules
Independently processed and produced, through encoder modules, we provide precise low-end modules for transfer. We can also customize products according to customer requirements to ensure product diversity.
Rotary, Linear Encoder Modules
The magnetic incremental rotary encoder module is independently developed, processed, and produced by our company. Through ultra precision magnetization technology, we have produced high-quality, high angle resolution encoders up to 20BIT.
All employees of our company follow the quality policy of "making all people my customers with good products", providing precise products with technology and quality.