RabbitLink EG2110 Bedienungsanleitung PDF herunterladen (Seite 8)

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zworld

com

Single-Board Computers

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zworld

com

NEMA 4 Compliant Serial Only/Non-Ethernet Ethernet & Serial Communication

RoHS

RoHS Compliant

Low-Power

Operator Interface SBCs

Z•World operator interface single-board computers provide the data acquisition and display

functionality required for almost any embedded application, such as remote terminals, automated

machinery, and control systems. Within our line, some products are designed for space-constrained

applications while others offer a large graphic interface. Ethernet models facilitate remote diagnos-

tics, control, and communication, including sending and receiving e-mails and alerts.

Input power requirements (9–36 V DC) allow operator interfaces to be used in a wide variety of

fixed and mobile applications. Provision is made for external battery backup to maintain real-time

clock values and data stored in SRAM. Input points are designed to drive up to 100 mA loads and

can interface with logic levels or a switch closure to ground output.

Ethernet/Internet Control and Monitoring

Systems with built-in Ethernet can be directly controlled and monitored across networks or the

Internet and can also open sockets to remote devices, serve web pages, or send e-mail. Ethernet

models are ideal for remotely monitoring and supervising another programmable system, or web-

enabling new or existing products. All models can be programmed and debugged over Ethernet/

Internet using appropriate accessory hardware and/or application software. The Ethernet interface

is fully supported by software to enable network and Internet connectivity.

Programming Operator Interface SBCs

Programs are developed using Z•World’s industry-proven Dynamic C

software development system.

An extensive library of drivers and sample programs is provided, along with royalty-free TCP/IP stack

with source. Our small graphic display features a quick-start menu system utilizing a scroll-up-and-

down highlight-bar for menu option selection. It is also designed to easily add/delete options to the

menu structure. The quick-start menu also provides page-up and page-down control for large menus,

as well as sub-menu nesting capability, designed to pop-up to the original calling menu option.

Operator Interface Graphics Engine

For graphic-enabled displays, a powerful and easy-to-program graphics engine allows easy

downloading of pre-drawn bitmaps and use of pre-defined and user-defined macros. The graphics

engine also provides complete remote control of display functionality via a serial interface. Demo

programs include pop-up menuing, onscreen keypads, data transmission and reception over TCP/IP

and serial connections, analog volt meter display, and many more.

Operator Interface SBCs

Key Applications

• Data Acquisition Terminals

• Environmental Monitoring

• Fleet Management / GPS Systems

• Food Service Equipment

• Industrial Automation

• Point-of-Sale Systems

• Medical Devices

• Packaging Equipment

• Retail Kiosk Displays

• Remote Monitoring / Control

• Ethernet/Internet Interfacing

• Manufacturing Equipment

• Utility, Electric, Gas & Oil Monitoring

• Time/Attendance Clocking Systems

• Rail & Transportation Systems

Tool Kits

Tool Kits contain all the software and hardware

tools needed to begin design, including Dynamic C

development software and documentation on

CD-ROM, user manual with schematics, a demon-

stration board, serial cable for programming and

debugging, and AC adapter (U.S./Canada only).

Jackrabbit Models BL1800, BL1810, BL1820

Low-Power Fox Models LP3500, LP3510

The Jackrabbit is Z

•

World’s most compact and lowest cost single-board

computer. The Jackrabbit provides 24 CMOS-compatible I/O, 3 analog

channels, and 4 high-power outputs. Three of the high-power outputs can

sink up to 1 amp each and are protected for direct driving of inductive

loads. The BL1800 features a switching regulator that provides a wide range

of input voltages (8 –40 V DC), reducing power consumption while minimizing

heat. A linear regulator is featured on the BL1810 and BL1820 versions.

The BL1800 provides direct access to most of the Rabbit microprocessor

I/O pins allowing maximum design flexibility.

Feature BL1800 BL1810 BL1820

Microprocessor

Rabbit 2000

at 29.5 MHz

Rabbit 2000 at 14.7 MHz

Flash Memory

256K 128K

SRAM

128K (standard)

Backup Battery

3 V lithium coin-type, 1000 mA•h,

supports RTC and SRAM

None

Digital Inputs

6 CMOS-compatible 7 CMOS-compatible

Digital Outputs

8: 4 CMOS,

3 @ 1 amp sink,

1 @ 0.5 amps,

30 V DC max.

8: 4

CMOS,

3 @ 200 mA sink,

1 @ 100 mA,

30 V DC max.

9: 5

CMOS,

3 @ 200 mA sink,

1 @ 100 mA,

30 V DC max.

Configurable I/O

14 total CMOS-compatible:

8 bytewide and 6 by bit

15 total: 8 bytewide

and 7 by bit

Analog Inputs

One 9-bit, 8-bit accuracy, 0.1–2.8 V, 10 samples/sec.

Analog Outputs

Two 9-bit PWM, one 0.1–2.8 V DC, one 0.7–3.5 V DC, update rate 50 Hz

Serial Ports

4: two 3-wire (or one 5-wire) RS-232,

one RS-485, and one 5 V CMOS-compatible.

(programming) 2 configurable as sync.

4: two 3-wire (or one

5-wire) RS-232 and two

5 V CMOS-compatible

(programming)

Connectors

2 x 20, 2 mm IDC headers

Power

8–40 V DC, 1.2 W max. 7.5–25 V DC, 100 mA

Board Size

3.50’’ x 2.50’’ x 0.94’’ (89 mm x 64 mm x 24 mm)

Part Number

101-0356 101-0357 101-0358

Development Kit

Part Number

U.S. 101-0363 • Int’l 101-0364

The LP3500 Fox is a low-power single-board computer designed to operate

reliably where power is limited, such as in portable, hand-held, battery-pow-

ered, and remote monitoring systems. The board is equipped with 0.1”

connectors, for user supplied cables. The LP3500 can be mounted to a

panel or plastic mounting base or it can be inverted and directly mounted

to mating connectors on a customer-designed motherboard.

Normally powered by an external battery or power supply (3–30 V DC),

the LP3500 can be awakened from the power-save mode by an internal

timer, an RS-232 signal, or via polling of an external input. A socketed coin-

type battery facilitates long-term data storage (SRAM) and RTC operation.

The LP3500 can be switched from power-save mode to full operation and

back again via software control. In addition, various sections of circuitry

(e.g., RS-232 ports) can be switched off via software control to further

conserve power when not in use. Analog inputs allow multiple software-

controlled programmable gain voltage ranges from 0–1 V to 0–20 V. Four

channels can be set individually for 4–20 mA with plug-in jumpers and 1

channel has a software-selectable power voltage-monitoring option.

Feature LP3500 LP3510

Microprocessor

Rabbit 3000 at up to 7.4 MHz

Flash Memory

512K (2 x 256K) 256K

SRAM

512K 128K

Backup Battery

Socketed 3 V lithium coin-type, 255 mA·h, supports RTC and SRAM

Digital Inputs

16 protected to ±36 V DC

Digital Outputs

10 total: 8 sink and 2 source 200 mA each, 36 V DC max.

Relay

1 SPDT, 1 A, 30 V DC, bi-stable None

Analog Inputs

8: Configurable in combinations of 11-bit single-ended

or four 12-bit differential, 1MΩ input, 200 samples/sec.

None

Analog Outputs

3 unfiltered PWM, 1 kΩ output

Serial Ports

6 total:

• 1 RS-485

• 3 RS-232 (three 3-wire OR one 5-wire and one 3-wire)

• 1 logic-level serial interface for optional add-ons

• 1 3 V CMOS-compatible (programming)

Connectors

Two 1 × 17, and one 1 x 25 0.1” pitch headers

Main Power

3–30 V DC, 20 mA max. @ 7.4 MHz, 100 µA max. @ 2 kHz

Backup Power

2.7–3.3V @ 100µA max

Board Size

3.65” × 2.60” × 0.45” (93 × 66 × 11 mm)

Part Number

101-0525 101-0526

Tool Kit

Part Number

U.S. 101-0529 • Int’l. 101-0530

• 26 industrialized I/O

plus 1 bi-stable relay

• 8 A/D converter inputs

w/ programmable gain

• 4 serial ports,

Multifunctional I/O

Compact 3.5” x 2.5” size •

Fast clock up to 29.5 MHz •

• Low operating consumption:

<20 mA at 7.4 MHz, Power-save

mode draws <100 µA

Our lowest cost SBC

• 6 serial ports

(1 RS-485, 3 RS-232, 2 TTL)

• Optional keypad/display

(see page 16)

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