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MTL MTL5000 Series, Instruction Manual, Page: 1 / 46

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Summary of Contents for MTL5000 Series

Page 1: ...derutilized and idle equipment along with credit for buybacks and trade ins Custom engineering so your equipment works exactly as you specify Critical and expedited services Leasing Rentals Demos In stock Ready to ship TAR certified secure asset solutions Expert team I Trust guarantee I 100 satisfaction All trademarks brand names and brands appearing herein are the property of their respective own...

Page 2: ...Instruction Manual INM5000 MTL5000 Series isolating interface units Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com ...

Page 3: ...ii INM5000 6 Jul 2010 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com ...

Page 4: ...ction and phase reversal 16 6 10 MTL5021 loop powered solenoid alarm driver IIC 17 6 11 MTL5022 loop powered solenoid alarm driver IIB 18 6 12 MTL5023 solenoid alarm driver with line fault detection and phase reversal 18 6 13 MTL5024 solenoid alarm driver logic drive with phase reversal 19 6 14 MTL5025 low current loop powered solenoid alarm driver IIC 19 6 15 MTL5031 vibration transducer interfac...

Page 5: ...THER USEFUL DOCUMENTATION 34 9 APPENDIX A INSTRUCTIONS FOR MTL5500 SERIES 35 9 1 MTL5521 rotational speed monitor 35 9 2 MTL5531 voltage current converter 36 9 3 MTL5536 potentiometer converter 36 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com ...

Page 6: ... exists between input output and power supply on separately powered units and between input and output on loop powered units No IS earth is required DIN rail mounting and plug in signal and power connectors simplify installation and maintenance Units are powered from a 20 to 35V dc supply or in some cases from the signal itself 3 INSTALLATION Mount all MTL5000 Series isolators on low profile 7mm o...

Page 7: ...gnments shown in section 6 or on the side label of the unit c Insert conductors according to the terminal assignments and tighten screws If the wires are to be fitted with crimp ferrules the following is a list of those recommended with required trim lengths for each 2 to 3 week lead time These ferrules have 18mm length metal tubes which should be cut to 12mm after crimping Note Smaller section wi...

Page 8: ...on top label MTL5017 Phase reversal switch on base of module MTL5012 and 5015 Phase reversal switch on top label MTL5023 and 5024 Phase reversal switch on base of module Positions for base located switches are set as shown in figure 3 4 3 1 4 Line fault detection LFD Line fault detection on hazardous area sensor lines open circuit or short circuit is provided on some MTL5000 Series modules Note re...

Page 9: ...e power terminals on the safe area side of each module in sequence 4 1 2 4 Connect the power supply source to the tail end of the chain using the insulation displacement connectors Scotchloks provided if required Notes 1 To reduce the risk of excessive voltage drop or over current DO NOT connect power buses in series 2 Surplus sections can be used and if required connected together provided the cu...

Page 10: ...set of 10 x 0 5m Spares replacement for use with TAG57 tagging strip MS010 DIN rail module spacer 10mm pack of 5 figure 4 10 Grey spacer one required between each MTL5995 and any adjacent module on a DIN rail to provide 10mm air circulation space between modules TGL57 TAG57 ERB57 ERB570 ETM7 Snap off extension when using IMB57 as central support 10mm Earth clamp ERB57S in upper position ERB57S in ...

Page 11: ... lower position where at least 150mm clearance exists on one side measured from the edge of the mounting block As for a but slide earth rail brackets ERB57S into the lower slots in each mounting block c In lower position where there is insufficient clearance to fit earth rail brackets ERB57S As for a but slide offset earth rail brackets ERB57O into the upper slot in each mounting block before asse...

Page 12: ...uded Note The user should be aware that some workshop preparation may be required for the cable gland plates before the enclosure is ready for on site installation 131 inside 150 184 147 inside Top of DIN rail 270 540 430 184 147 inside Top of DIN rail 170 102 102 360 270 DX430 DX070 125 70 175 DX170 80 80 Enclosure MTL5000 isolators 16 2 mm mounting pitch DX070 4 2 DX170 10 8 DX430 26 24 MTL5000 ...

Page 13: ... Table 5 2 Dissipation constant k1 for enclosures C watt Orientation of the enclosures is also important the optimum position being on a vertical surface with the internal DIN rail horizontal as shown in figure 5 6 Any other position can reduce the maximum allowable ambient temperature by up to 5 C Examples Tables 5 3 and 5 4 list likely combinations of MTL5000 Series modules in the three enclosur...

Page 14: ... or near the enclosure warning that the MTL5000 interfaces must not be removed unless the area is known to be non hazardous The enclosures are NOT suitable for Class II or III Division 2 hazardous locations 5 2 2 2 Orientation As noted earlier see section 5 1 1 and figure 5 6 for optimum temperature performance the enclosures should be mounted on a vertical surface with the internal DIN rail horiz...

Page 15: ... see figure 5 10 for details Table 5 6 lists suppliers of suitable gland plate kits and Table 5 7 lists recommended glands DX430 The DX430 can accommodate two gland plates on each side see figure 5 11 for details Table 5 6 lists suppliers of suitable gland plate kits and Table 5 7 lists recommended glands 10 INM5000 6 Jul 2010 107 137 157 187 Ø 5 5 520 576 249 305 Ø 7 0 Gland plate Typical gland p...

Page 16: ... MTL s current IS catalogue The functional tests can be carried out during commissioning or later for fault finding If a fault is suspected first check that the power LED is lit not applicable to loop powered devices If necessary check that all signal and power plugs are properly inserted that no wires are loose and that the unit is mounted correctly If operation is still suspect carry out the tes...

Page 17: ...ugh a solid state output by a switch or proximity detector in a hazardous area Line fault detection LFD and output phase reversal see 3 1 3 facilities are included Input Phase Status Relay switch reverse switch LED contacts Closed Normal On Closed Closed Reverse Off Open Open Normal Off Open Open Reverse On Closed Vs Vs 20 to 35V dc 3 2 1 6 5 4 7 8 9 10 11 12 13 14 Phase Input Output Output Channe...

Page 18: ...h leakage detection 10 11 Output ve 12 Output ve 13 Supply ve 14 Supply ve 6 5 4 3 2 1 7 8 9 10 11 12 13 14 Vs Vs 20 to 35V dc To earth leakage detector SW 22kW 680W a b c 1kW Vd Phase Input Output Channel Line fault reverse Line fault switch status status LED LED switch detection SW 11 12 yellow red Normal Off a Vd 4V On Off Reverse Off Isc 7 9mA Vd VS Off Off Reverse Off Open Vd 4V On Off Normal...

Page 19: ...rse detection Slave Input test switch position relay relay LED LED Test switch PR LF LFD terminals 1 2 11 12 9 8 yellow red 1 Normal Off LFD a i e short circuit Closed Open On On 2 Reverse Off LFD a short circuit Isc 7 9mA Open Open Off On 3 Normal On Slave a short circuit Open Open Off On 4 Normal Off Slave a short circuit Closed Closed On Off 5 Normal Off Slave open circuit Voc 7V5 9V5 Open Open...

Page 20: ...suppressed 6 7 2 Line fault detection See section 3 1 4 for definition of a line fault Line faults de energise a dedicated line fault detect relay between terminals 7 and 10 to provide an alarm facility and are indicated by an LED Each channel relay will also de energise open when a line fault exists on that channel LFD is automatic Note that for switch inputs the resistors shown in figures 6 14 a...

Page 21: ...ppressed 6 9 2 Line fault detection See section 3 1 4 for definition of a line fault On each channel input line faults open or short circuit are indicated by an LED and the de energising of the output LFD is enabled disabled by switches located on the top of the module Note that if the LFD facility is enabled for switch inputs the resistors shown in figures 6 18 and 6 19 MUST be fitted Terminal Fu...

Page 22: ...kage detector SW a b c open Ch1 Ch2 Vs Vs 85 to 265V ac Ch1 Ch 2 Phase Input Output Output Channel Line fault reverse Line fault switch relay relay status LED LED switch detection SW 11 12 8 9 10 11 7 8 yellow red Normal Off a Closed Open On Off Reverse Off Isc 7 9mA Open Closed Off Off Reverse Off Open Closed Open Off Off Normal On Voc 7 5 9 5V Open Closed Off On Normal On a Open Closed Off On No...

Page 23: ...rcuit voltage LED voltage current terminals 11 12 yellow terminals 1 2 terminals 1 2 24V dc On 22 to 24V 24V dc On 61 to 70mA Terminal Function 1 Output ve 2 Output ve 3 Earth leakage detection 11 Supply ve 12 Supply ve 7 8 9 10 11 12 6 5 4 3 2 1 24Vdc V A Figure 6 23 Test circuit for MTL5022 7 8 9 10 11 12 6 5 4 3 2 1 Solenoid alarm or other IS device To earth leakage detector 20 35Vdc Hazardous ...

Page 24: ... Control ve 12 Control ve 13 Supply ve 14 Supply ve Solenoid alarm or other IS device To earth leakage detector Vs Vs 20 to 35V dc Control 6 5 4 3 2 1 7 8 9 10 11 12 13 14 Figure 6 26 MTL5024 wiring diagram and connections SW1 Output Output terminals Phase Status voltage current 11 12 setting LED terminals1 2 terminals 1 2 Closed Normal On 22 to 24V Closed Normal On 45 to 52mA Closed Reverse On 6m...

Page 25: ...voltage pulse input is set by two switches located on the base of the unit Referring to figure 6 33 these are set as follows 6 16 3 Testing Make the safe and hazardous area connections shown in figure 6 34 and carry out the following checks O N 2 1 OFF ON SW1 SW2 Label face Base of unit Figure 6 33 Pulse voltage selection switches Threshold SW1 SW2 3V On On 6V On Off 12V Off Off Vs Vs 20 to 35V dc...

Page 26: ... to vary the output current carry out the checks shown in table 6 10 7 8 9 6 5 4 3 2 1 13 14 10 11 12 I I I I 4 20mA 4 20mA P I Vs Vs 20 to 35V dc 4 20mA Figure 6 35 MTL5040 wiring diagram and connections Terminal Function 1 Input ve transmitter ch 1 2 Input ve transmitter ch 1 4 Output ve driver ch 2 5 Output ve driver ch 2 8 Input ve driver ch 2 9 Input ve driver ch 2 11 Output ve transmitter ch...

Page 27: ...agram and connections Hazardous area Safe area Hazardous area 7 8 9 6 5 4 3 2 1 13 14 10 11 12 I I I Vs Vs 20 to 35V dc 4 20mA 4 20mA Load 4 20mA Load HHC HHC 7 8 9 6 5 4 3 2 1 13 14 10 11 12 I I I V Vs Vs 20 to 35V dc 4 20mA 4 20mA Load 2 4 20mA Load 1 4 20mA current source mode current sink mode Figure 6 41 MTL5043 wiring diagram and connections Terminal Function 1 Input ve 2 Input ve 7 Output v...

Page 28: ...Ch 1 Ch 2 Ch 2 Vs Vs 20 to 35V dc Figure 6 44 Test circuit for MTL5044 6 5 4 3 2 1 7 8 9 10 11 12 13 14 Vs Vs 20 to 35V dc 4 20mA P I 4 20mA I I Hazardous area Safe area Figure 6 45 MTL5045 wiring diagram and connections Hazardous area Safe area 6 5 4 3 2 1 7 8 9 10 11 12 13 14 Vs Vs 20 to 35V dc 4 20mA HHC HHC Hand held communicator P I 4 20mA I I Hazardous area Safe area Figure 6 46 MTL5046 wiri...

Page 29: ...rrent carry out the following checks first on channel 1 and then on channel 2 6 23 MTL5049 two channel isolating driver The MTL5049 isolates and passes on two 4 to 20mA signals from a controller located in a safe area to two loads in a hazardous area 6 23 1 Wiring connections See figure 6 50 for wiring connections 6 23 2 Testing Make the safe and hazardous area connections shown in figure 6 51 and...

Page 30: ... formula Remote signalling baud rate formula for back to back mode across a hazardous area max baud rate K RxCxL2 where K 0 25 constant R cable resistance Ω m C cable capacitance F m L length m For example with a 2km cable of 100pF m capacitance and 40mΩ m resistance the maximum baud rate 0 25 40mΩ x 100pFx 2km 2 15k baud This assumes that the cable is 2 cores plus screen with the screen used for ...

Page 31: ...ads Note The earlier model MTL5073 had an internal link between terminals 11 and 13 The MTL5073 model is discontinued 6 27 1 Wiring connections See figure 6 61 for wiring connections Note for THC inputs requiring cold junction compensation a HAZ CJC hazardous area connector with integrated CJC sensor is required not a HAZ1 3 signal plug 6 5 4 3 2 1 7 8 9 10 11 12 I I I I Ch 2 Fire detectors To ear...

Page 32: ...nit is incorrectly configured or the test wiring setup is faulty Check that the loop output current at A varies as the variable resistance at R is altered and check the table below for particular settings 194Ω 250 C and 100Ω 0 C for a PT100 sensor 6 28 MTL5081 millivolt isolator The MTL5081 takes a low level dc signal from a voltage source in a hazardous area isolates it and passes it to a receivi...

Page 33: ...ions shown in figure 6 66 Note A millivoltmeter capable of measuring to within 1µV should be used for V1 Carry out the checks shown in table 6 13 using RV1 to vary the output at V2 for the first test Table 6 13 6 29 MTL5082 resistance isolator The MTL5082 connects to a 2 3 or 4 wire resistance temperature device RTD or other resistance located in a hazardous area isolates it and repeats the resist...

Page 34: ...rea side of an MTL5042 4 to 20mA repeater power supply or equivalent device to provide two trip alarm outputs direct from the transmitter signal see schematic diagram Looping the transmitter signal through the MTL 5314 via terminals 1 and 3 does not affect HART communications Terminals 1 and 3 meet clause 5 4 of EN50020 1994 and have the following parameters U 1 5V I 0 1A P 25mW They can be connec...

Page 35: ...0 to 35V dc 4 20mA Load 4 20mA Hand held communicator 6 5 4 3 2 1 7 8 9 10 11 12 13 14 I I Vs Vs 20 to 35V dc Trip B Trip A HHC HHC 4 20mA 4 20mA MTL5314 MTL5042 MTL5314 Figure 6 73 MTL5314 wiring diagram and connections Terminal Function 1 Current input 2 Transmitter supply ve 3 Common 7 Trip B NC 8 Trip B COM 9 Trip B NO 10 Trip A NC 11 Trip A COM 12 Trip A NO 13 Supply ve 14 Supply ve Hazardous...

Page 36: ...hannel 1 Voltage channel 2 current reading terminal 2 with terminal 5 with A2 A1 respect to terminal 1 respect to terminal 4 4 to 20mA 20µA 20ma 14V 20ma 14V 6 34 MTL5349 two channel isolating driver The MTL5349 isolates and passes on two 4 to 20mA signals from a controller located in a safe area to two loads in a hazardous area Note that although this module is similar in function to the MTL5049 ...

Page 37: ... 64V to 24 36V 3 Connect to the output a load that draws up to 2A from a supply voltage between 105V and 264V ac and draws 1 7A when the supply voltage is less than 105V ac Measure in turn the voltage across terminals 4 and 6 and 5 and 7 Check that these measurements are in the range 23 64V to 24 36V with a ripple not greater than 100mV 6 36 MTL5995 fieldbus power supply for 31 25kbit s fieldbuses...

Page 38: ... 30V dc ambient temperature limits are 20 C to 60 C If supply voltage is 20 to 35V dc the ambient temperature limits are 20 C to 55 C Table 6 17 Where supply voltage is 20 to 30V dc ambient temperature limits are 20 C to 60 C If supply voltage is 20 to 35V dc the ambient temperature limits are 20 C to 55 C 6 36 2 Testing Make the safe area connections shown in figure 6 84 and substituting appropri...

Page 39: ...riodic visual inspections Clean external surfaces only using soap and water do not use chemical solvents or proprietary cleaning fluids Every year more frequently in harsh environments inspect enclosures and check that they are attached securely to their mountings any accumulation of water inside has been removed using the drain plug if fitted cable gland nuts are tight there are no signs of any d...

Page 40: ...gured id User specified identification number tb Time basis The standard time base setting is frequency Hz If other units are required a conversion factor has to be used A conversion from Hz to revolutions per minute requires a tb value of 60 the measured rotational speed is then multiplied by the factor tb nt Number of targets The input frequency is divided by the number of targets nt F 0 Zero sp...

Page 41: ... repeat of a potentiometer input through an analogue signal in the safe area Accepts 3 or 5 wire potentiometer input 800Ω to20kΩ input range with line resistance 50Ω Two output versions are available 0 to 20mA MTL5536 11Li or 0 to 10V MTL5536 11LU No configuration is required and input output and power supply are galvanically isolated 9 3 1 Wiring connections Hazardous area terminals 1 3 3 and 5 w...

Page 42: ...Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com ...

Page 43: ...Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com ...

Page 44: ...Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com ...

Page 45: ...39 0 2 61294560 E mail info mtl inst it Cooper Crouse Hinds Japan KK MT Building 3F 2 7 5 Shiba Daimon Minato ku Tokyo Japan 105 0012 Tel 81 0 3 6430 3128 Fax 81 0 3 6430 3129 E mail sales mtlkk co jp Cooper Crouse Hinds Korea 12F Vision Tower 707 2 Yeoksam dong Gangnam gu Seoul 135 080 South Korea Tel 82 2 3484 6795 Fax 82 2 3484 6778 MTL Instruments BV MTL Instruments BV Terheijdenseweg 465 4825...

Page 46: ...quipment Have surplus equipment taking up shelf space We ll give it a new home Learn more Visit us at artisantg com for more info on price quotes drivers technical specifications manuals and documentation Artisan Scientific Corporation dba Artisan Technology Group is not an affiliate representative or authorized distributor for any manufacturer listed herein We re here to make your life easier How...

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