RS232 To Ethernet Controller, BASIC | Tibbo DS1100

The DS1100 is a compact BASIC-programmable controller focused on costly control systems for serial and serial-over-IP devices.

It has a built-in T2000 ASIC about the same as in the EM500 "Minimo" modules. The DS1100 has a single-channel RS232 port. Power to the device can be connected via its power connector, pin9 from the DB9 connector (serial port) or, optionally, via PoE from Ethernet devices.

The device has three LEDs on the front panel: green and red LEDs of the ground state and yellow - an Ethernet link.

Each DS1100 can be supplied with a DIN rail and a wall mounting bracket.

The device comes with a pre-installed full-featured serial-over-IP application.

• 10 / 100BaseT Ethernet port
• Power through DB9
• Single channel RS232 (DB9) port
• Extra Power over Ethernet
• DIN rail, wall mount
• Compact (90x48x25mm)

Specifications:

• Improved update for DS203 device
• Based on second generation ASIC (T2000)
• 10 / 100BaseT Auto-MDIX Ethernet
• Extra Power over Ethernet
• Single-channel RS232 port through DB9M connector:
  • Lines TX, RX, RTS, CTS, DTR, DSR;
  • Speed up to 115200;
  • Parity modes: None / even / odd / Mark / Space;
  • Modes 7/8 bit / character;
  • Optional RTS / CTS flow control;
  • Power "12V" at pin 9 of the DB9.
• 512 flash memory for firmware and applications
• 200 bytes EEPROM for data storage
• Three LEDs:
  • Green and red main state LEDs;
  • Yellow LED - Ethernet link.
• Power supply: nominal 12 V DC (min. 9V, 18V max.)
• Dimensions: 90x48x25 mm
• Operating temperature range: -5 ~ 70 ° C
• The firmware is updated via the serial port or the network (including cold firmware updates over the network).
• CE and FCC certification.

Included accessories:

• DIN Rail Mounting Plate
• Wall mount and two screws

Optional accessories:

• 12V / 0.5A adapter: APR-P0011 (US), APR-P0012 (EU), APR-P0013 (UK)
• WAS-1499 straight Ethernet cable
• WAS-P0004 (B) DB9M to DB9F Serial Cable (devices to PC)
• WAS-P0005 (B) serial cable DB9F to DB9F (device-to-device)