HFM5500-BBF

HFM5500-BBF Datasheet

HFM5500

Part	Datasheet
HFM5500-BBF	HFM5500-BBF (pdf)

Related Parts	Information
HFM5500-BBM	HFM5500-BBM
HFM5500-BAM	HFM5500-BAM

PDF Datasheet Preview
HFM5500 RS232 Fiber Optic Host Powered Modem FEATURES • Plugs directly into the 25 pin connector on computers and peripheral devices • Full duplex, asynchronous, DC to kb/s data rate • Extends RS232C link length up to 3 km on 50/125 µm fiber optic cable • Power provided by host's RS232 drivers, or power cube for better performance • Complete electrical isolation over the link • Can solve EMI/RFI, ground loop and lightning problems • DCE or DTE switchable • Small physical size L=73, W=17, H= 55 mm , 46g. DESCRIPTION The Honeywell fiber optic RS232C link is a plug compatible replacement for most 4 and 9 wire RD232C/V24 extension cables. This link provides an effective way of extending cables beyond the 50 feet limit of standard RS232C while providing EMI/RFI protection, data security, reduced error rate, and elimination of ground loops. The modules support full duplex asynchronous data rates from DC to Kb/s. The HFM5500 modem can be powered in four ways:- 1 self powered from data line only 2 self powered from control lines 3 with external power cube 4 via host, pin 9, DB25 connector Full duplex communication is provided when modules are inter-connected with a duplex fiber optic cable. Another feature of the module is the internal DCE/DTE jumper connectors. This provides the user with one module type for both DTE and DCE equipment without additional changes. DTE mode configured as standard. The modem is supplied in light on idle mode optically inverting . Light off idle versions are available as an option. OPHO_233.TIF Honeywell reserves the right to make changes in order to improve design and supply the best products possible. HFM5500 RS232 Fiber Optic Host Powered Modem DESCRIPTION continued Configuration and diagnostics The HFM5500 modem can be switched from the default DTE mode to DCE by rotating the 2 internal jumpers through as shown in Figure Note - This modem contains delicate and sensitive parts. Care must be taken to ensure no undue strain is placed on the leads of the fiber optic ports when removing the case. Remove the single screw and three 10mm nuts. The PCB will slide out of the case, take care not to overtighten when replacing the nuts. During installation measure for an output from the transmitters, connect the fiber optic cable and check again for an output. If the transmitters and the cables are operating correctly and the link fails to function, diagnostics can be performed using Pin 8, the link monitor, as follows: 1 0V on pin 8 No electrical or optical signal. Check power supply. 2 +V RS232 outpur on Pin 8 Electrical and optical signals present. Check transmitters and cable link. 3 -V RS232 outpur on Pin 8 No optical signal i.e. electrical only. Check transmitters and cable link. The HFM5500 modem is designed to operate with all types of RS232 drivers and receivers. If the modem is to be powered via a power cube, part number SPX5135 must be used. Typical current consumption is 40 mA. There are no conditions placed on the state of the control pins in the host equipment. Honeywell reserves the right to make changes in order to improve design and supply the best products possible. HFM5500 RS232 Fiber Optic Host Powered Modem OPTICAL SPECIFICATIONS Item Typical Units Rx overload mean 50 µW -13 dBm nominal Tx coupled power - Self powered Data Lines only mean µW 50/125 -36 dBm µW -33 dBm Cube powered mean 1 µW 50/125 -30 dBm 2 µW -27 dBm Reliability :MTBF = 560,000 hours = 86,945 hours ABSOLUTE MAXIMUM RATINGS Operating temperature

PDF Datasheet Preview

HFM5500

RS232 Fiber Optic Host Powered Modem

FEATURES
• Plugs directly into the 25 pin connector on
computers and peripheral devices
• Full duplex, asynchronous, DC to kb/s data rate
• Extends RS232C link length up to 3 km on
50/125 µm fiber optic cable
• Power provided by host's RS232 drivers, or power
cube for better performance
• Complete electrical isolation over the link
• Can solve EMI/RFI, ground loop and lightning
problems
• DCE or DTE switchable
• Small physical size L=73, W=17, H= 55 mm , 46g.

DESCRIPTION The Honeywell fiber optic RS232C link is a plug compatible replacement for most 4 and 9 wire RD232C/V24 extension cables. This link provides an effective way of extending cables beyond the 50 feet limit of standard RS232C while providing EMI/RFI protection, data security, reduced error rate, and elimination of ground loops. The modules support full duplex asynchronous data rates from DC to Kb/s.

The HFM5500 modem can be powered in four ways:-
1 self powered from data line only 2 self powered from control lines 3 with external power cube 4 via host, pin 9, DB25 connector

Full duplex communication is provided when modules are inter-connected with a duplex fiber optic cable.

Another feature of the module is the internal DCE/DTE jumper connectors. This provides the user with one module type for both DTE and DCE equipment without additional changes. DTE mode configured as standard.

The modem is supplied in light on idle mode optically inverting . Light off idle versions are available as an option.

OPHO_233.TIF

Honeywell reserves the right to make changes in order to improve design and supply the best products possible.

HFM5500

RS232 Fiber Optic Host Powered Modem

DESCRIPTION continued Configuration and diagnostics The HFM5500 modem can be switched from the default DTE mode to DCE by rotating the 2 internal jumpers through as shown in Figure Note - This modem contains delicate and sensitive parts. Care must be taken to ensure no undue strain is placed on the leads of the fiber optic ports when removing the case. Remove the single screw and three 10mm nuts. The PCB will slide out of the case, take care not to overtighten when replacing the nuts.

During installation measure for an output from the transmitters, connect the fiber optic cable and check again for an output. If the transmitters and the cables are operating correctly and the link fails to function, diagnostics can be performed using Pin 8, the link monitor, as follows:
1 0V on pin 8 No electrical or optical signal. Check power supply.
2 +V RS232 outpur on Pin 8 Electrical and optical signals present. Check transmitters and cable link.
3 -V RS232 outpur on Pin 8 No optical signal i.e. electrical only. Check transmitters and cable link.

The HFM5500 modem is designed to operate with all types of RS232 drivers and receivers.

If the modem is to be powered via a power cube, part number SPX5135 must be used. Typical current consumption is 40 mA.

There are no conditions placed on the state of the control pins in the host equipment.

Honeywell reserves the right to make changes in order to improve design and supply the best products possible.

HFM5500

RS232 Fiber Optic Host Powered Modem

OPTICAL SPECIFICATIONS

Item

Typical Units

Rx overload mean
50 µW -13 dBm nominal

Tx coupled power - Self powered Data Lines only mean
µW 50/125 -36 dBm µW -33 dBm

Cube powered mean
1 µW 50/125 -30 dBm 2 µW -27 dBm

Reliability :MTBF
= 560,000 hours = 86,945 hours

ABSOLUTE MAXIMUM RATINGS

Operating temperature

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Datasheet ID: HFM5500-BBF 636476