Westermo RM-505U-2-E User Manual

505U Radio Telemetry ModuleMAN_505_1.7.DOC Page 1ELPRO Technologies Pty Ltd, 9/12 Billabong Street, Stafford Q 4053, Australia.Tel: +61 7 33524533

505U Radio Telemetry ModulePage 10 © September 2002stop re-transmissions of each message - if the 505U is configured to transmit each messagethree

User ManualMAN_505_1.7.DOC Page 11 If the pulse input message is sent to a host device, it is important to note that the count valuetransmitted is an

505U Radio Telemetry ModulePage 12 © September 2002 When the 505U takes a measurement, it will transmit the analogue value if the value has changed

User ManualMAN_505_1.7.DOC Page 132.3.4 Setpoint Status The setpoint status is an internal status value, calculated by comparing the analogue input t

505U Radio Telemetry ModulePage 14 © September 20022.4 How to Design a Remote Monitoring System2.4.1 Achieving reliable radio transmission A syste

User ManualMAN_505_1.7.DOC Page 15 We suggest that you use two transmissions per message - with a higher number for a small numberof high priority i

505U Radio Telemetry ModulePage 16 © September 20022.5 Calculating Power Consumption The following information may be used for calculating power co

User ManualMAN_505_1.7.DOC Page 17 No. of change messages per year = 2 (twice per year) * 2 (on to off and off to on) = 4 No. of “off” update message

505U Radio Telemetry ModulePage 18 © September 2002 Quiescent power Power for quiescent current = 3.4 per day * 365 = 1241 mAHr per year Total powe

User ManualMAN_505_1.7.DOC Page 193 HARDWARE INSTALLATION WARNING! 110/220/240V mains power must NOT be connected to any input terminalof the 50

505U Radio Telemetry ModulePage 2 © September 2002Thank you for your selection of the 505U module for your telemetryneeds. We trust it will give yo

505U Radio Telemetry ModulePage 20 © September 20023.1 How to mount the 505U The 505U module is housed in an IP66 weatherproof aluminium enclosure.

User ManualMAN_505_1.7.DOC Page 21not possible to achieve reliable communications, a 105U module may be used to receive themessage and re-transmit it.

505U Radio Telemetry ModulePage 22 © September 2002Dipole antenna. A unity gain dipole is the normal antenna for use on unlicensed channels. As it

User ManualMAN_505_1.7.DOC Page 23 Three element YAGI antenna. YAGI antennas are directional. That is, they have positive gain to the front of the an

505U Radio Telemetry ModulePage 24 © September 20023.3 Connection Plug External power and input signals are connected using a 7 pin weatherproof pl

User ManualMAN_505_1.7.DOC Page 253.3.1 PL1-K Plug LeadThe PL1-K plug lead assembly is a 1 metre cable pre-terminated to the connector plug. Theconn

505U Radio Telemetry ModulePage 26 © September 2002Power Supply Installation3.4.1 External Power The 505U module will accept an external supply of

User ManualMAN_505_1.7.DOC Page 273.4.3 Battery Pack BU-5-1The BU-5-1 can be installed underneath the 505U or beside it. The BU-5-1uses the same typ

505U Radio Telemetry ModulePage 28 © September 2002Typical alkaline batteries used are Eveready E91, Duracell MX1500 etc while Lithium Batteries are

User ManualMAN_505_1.7.DOC Page 29Shaft Encoder Connections ⊂ ⊂ ⊂ COUNT DIRECTION GND DIN2 DIN1 505U-2 ⊂ ⊂ ⊂ PHASE 1 PHASE 2 GND DIN2 DIN1 505U-2 INCR

User ManualMAN_505_1.7.DOC Page 3WARNING1. For 505U modules, a radio licence is not required in most countries, provided the module isinstalled usin

505U Radio Telemetry ModulePage 30 © September 2002to a PC for configuration, field testing and for factory testing. Communication is via standard R

User ManualMAN_505_1.7.DOC Page 314 CONFIGURATIONThe 505U module is configured by creating a configuration file on a PC and downloading to the505U vi

505U Radio Telemetry ModulePage 32 © September 20024.1 I/O MappingEnter I/O mappings as perthe 105U manual.In the following example, adigital input

User ManualMAN_505_1.7.DOC Page 33Each input signal has an updatetime. If a change has not occurredfor this input within this time, then atransmissio

505U Radio Telemetry ModulePage 34 © September 2002transmission which will trigger another transmission for this input. For example, if the last tr

User ManualMAN_505_1.7.DOC Page 35The setpoint values may beset between 0 and 100%corresponding to 0mA and20mA. The low setpointmay be set to the sa

505U Radio Telemetry ModulePage 36 © September 20024.7 Number of TransmissionsThis parameter allowsyou to select thenumber oftransmissions for eac

User ManualMAN_505_1.7.DOC Page 37• From the Utilities menu, select “Serial Port Setup”• Select the appropriate serial port (COM1 - COM4)• Select t

505U Radio Telemetry ModulePage 38 © September 20025 TROUBLESHOOTINGSystem ProblemsMost problems relate to incorrect configuration, or radio path

User ManualMAN_505_1.7.DOC Page 39configuration program is not available, remove the old batteries and leave the new batteries out ofthe module for a

505U Radio Telemetry ModulePage 4 © September 2002505U Radio Telemetry ModuleUSER MANUAL1 OVERVIEW ------------------------------------------------

505U Radio Telemetry ModulePage 40 © September 2002Tone ReversalsThis feature turns the radio transmitter on continuously for radio path testing. A

User ManualMAN_505_1.7.DOC Page 416 SPECIFICATIONSGeneralEMC approval EN55022 (CISPR 22)- CLASS BEN 50082-1I-ETS 300 683AS 354889/336/EECRadio approv

505U Radio Telemetry ModulePage 42 © September 2002Current Drain 120 µA10mA + analogue loopcurrent“Sleep” modeOperating modeAnalogue loop supply Inc

User ManualMAN_505_1.7.DOC Page 43Data transmission- analogue inputOn change-of-state + afterupdate period elapsedSample time configurable 10 secs -5

505U Radio Telemetry ModulePage 44 © September 2002Diagnostics included inconfiguration softwareInput status, test transmission signal

505U Radio Telemetry ModuleMAN_505_1.7.DOC Page 457 WARRANTYWe are pleased that you have purchased this product. We warrant the product against defe

User ManualMAN_505_1.7.DOC Page 53.4 POWER SUPPLY INSTALLATION...263.4.

505U Radio Telemetry ModulePage 6 © September 20021 OVERVIEWThe 505U radio telemetry module is an economical solution for the remote monitoring of

User ManualMAN_505_1.7.DOC Page 7Examples: motor fault, tank overflow, intruder alarmPulse signals - use the same input as the digital inputExamples:

505U Radio Telemetry ModulePage 8 © September 20021.5 Configuration Each module must be configured before it can be used. Configuration is perform

User ManualMAN_505_1.7.DOC Page 92 OPERATION2.1 Normal Operation Once configured using the 505U configuration software, the 505U module will normall