DX-40 Lynx Panel Meter 4 DIGIT 0.8 LED DX-45 Lynx Panel Meter 4 1/2 DIGIT 0.56 LED Both in a 1/8 DIN Case

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1 FAMILY DX-4 Lynx Pane Meter 4 DIGIT.8 LED DX-45 Lynx Pane Meter 4 1/ DIGIT.56 LED Both in a 1/8 DIN Case Large dispay DX-4.8 red or green LED Genera Features Externa transmitters or signa conditioners can be eiminated by directy connecting the sensor to more than 33 I-Series Pug-in Input Signa Conditioners that incude: AC Current AC Votage DC Current DC Votage Load Ce Pressure Precaibrated I-Series input modues, that have span or zero potentiometers, can be interchanged between any I-Series compatibe meter, without recaibration, because a of the anaog scaing and reference circuitry is sef-contained within the modue. 4 V DC excitation is avaiabe to power externa transmitters and 5 or 1 V DC excitation is avaiabe for straingages, oad ces and resistance bridge type sensors. Auto-sensing AC/DC power suppy. For votages between V AC / V DC (PS1) or V AC / 1-7 V DC (PS). Standard red or optiona green or super bright red 4 1/- digit.56" LED with dispay range to (4 counts DX-45). Dispay brightness may be externay controed. Standard red or optiona green 4-digit.8" LED with dispay range to 9999 ( counts DX-4). Optiona NEMA-4X, IP-65 hinged, ockabe, water and dust proof cover. 1/8 DIN (96 x 48mm ) case easiy mounts in thin or thick panes (up to ). May be ordered with optiona extra fire resistant meta case. A versatie, standard and arge dispay, series of digita pane meter for monitoring and measurement appications. Process Prototype Resistance Strain-gage Temperature 4 to ma Input Modue Compatibiity FAMILY: More than 33 different Pug-in I-Series Input Signa Conditioners are approved for Texmate s Lynx Famiy of meters. As shown on pages 3 to 5. See for an up to date isting. Specifications Input Specs:...Depends on input signa conditioner A/D Converter:...16 bit dua sope Accuracy:...±(.5% of reading 3 counts) Temp. Coeff.:...1 ppm/ C (Typica) Warm up time:... minutes Conversion Rate:...3 conversions per second (Typica) Dispay:...DX / digit.56 Red LED dispay (std).56 Green or Super Bright Red (optn). Range to counts. DX digit.8 Red LED dispay (std).8 Green (optn). Range 9999 to 9999 counts. Poarity:...Assumed positive. Dispays negative Decima Seection:...Header under face pate DX-45...X X X X X DX-4... X X X X Positive Overrange:..A digits fash. Negative Overrange: negative sign and a digits fash Power Suppy:...AC/DC Auto sensing wide range suppy PS1 (std) VAC / PS VAC / 1-7 Operating Temp.:... to 6 C Storage Temp:... C to 7 C. Reative Humidity:...95% (non condensing) Case Dimensions:...1/8 DIN, Beze: 96x48 mm (3.78"x1.89") Depth behind beze: 117 mm (4.61") Pus 11.8 mm (.47") for Right-anged connector or pus mm (.79") for Straight-thru connector. Weight:...8 oz., 11 oz when packed. Case Dimensions Component Layout Connector Pinouts Connectors Functiona Diagram Genera Features I-Series Input Signa Conditioning Modues Index Input Modue Caibration Procedures Input Modue Compatibiity Input Modue Component Gossary Ordering Information Pin Descriptions Specifications Texmate, Inc. Te. (76) Page 1

2 Functiona Diagram Hod 9 Test 1 Common 11 Dim/Bank 1 AC Neutra, DC 14 AC Line, DC 15 AC/DC Power Input I-Series Input Signa Conditioning Modue Input and output pins vary for different modues. Pease see the specific modue data sheet for detais. MOV PTC 1.5 V Bandgap Reference GND EMI Fiter Socket for Input Signa Conditioning Modue Input Hi 47 Input Lo 47 5VDC. -5VDC 5 V 4VDC 5 V Anaog Common Ref Hi GND System Ground MUXO 4 V Return Optiona Externa Isoated Grounding Switching Pin Suppy 1 V DX-4/45 Functiona Diagram 16 bit dua sope A to D converter 5 V DC -5 V DC 4 V DC Dispay Driver GND ISO GND Rear Pinouts Soder Side.56" LED Dispay Cut oop to turn ast digit.8" LED Dispay 1.XXXX 1X.XXX 1XX.XX 1XXX.X Decima Seect Header.XXXX X.XXX NO DP XX.XX Minus input indicator.8" Dispay Fashing: When the.8" LED dispay exceeds 9999 the dispay wi begin to fash but continue to dispay the correct vaue with an assumed eading (1)XXXX When the dispay exceeds (1) 9999 the dispay wi indicate over-range by fashing ony XXX.X Connector Pinouts This meter uses pug-in type screw termina connectors for a connections. Connectors This meter uses pug-in type screw termina connectors for a input and output connections. The power suppy connections (pins 14 and 15) have a unique pug and socket outine to prevent cross connection. The main board uses standard right-anged connectors. See Lynx Famiy Input Signa Conditioning Modues Function Pins HOLD TEST COMM DIM / BLAN AC/DC Power AC Neutra DC PS1 PS AC Line DC 85 to 65 VAC 95 to 37 VDC 15 to 48 VAC 1 to 7 VDC Pin Socket! Input Power Screw Termina Pug Pin Socket Right-anged Screw Termina Pug WARNING: AC and DC input signas and power suppy votages can be hazardous. Do Not connect ive wires to screw termina pugs, and do not insert, remove or hande screw termina pugs with ive wires connected. Pin Descriptions Pins 1 to 6 - Input Modue: See the individua pin out of the input signa conditioning modue seected. Usuay Pin 1 is the Signa Input High pin and Pin 3 is the Signa Input Low pin. A caibration and scaing functions are performed on the individua input signa conditioner modue. See pages 6 and 7. Pin 9 - Hod: If this pin is eft unconnected the meter wi operate in a free running mode. When this pin is connected to the Common Pin 11, the meter dispay wi be atched. A/D conversions wi continue, but the dispay wi not be updated unti Pin 9 is disconnected from Pin 11. Pin 1 - Dispay Test: When this pin is connected to the Common Pin 11, a segments of the dispay ight up and 1888 is dispayed. This is used to detect any missing segments in the dispay. Pin 11 - Common: To Hod, Test or Dim the dispay, the respective pins have to be connected to this Common Pin. Pin 1 - Dim/Bank: When this pin is connected to the Common Pin 11 the dispay is banked out. If it is connected through an externa 1Ω pot, the dispay may be dimmed. Pin 14 & 15 - AC/DC Power Input: These pins are the power pins of the meter and they ony accept a specia poarized screw termina pug that can not be inserted into any other input socket. The standard meter has a auto sensing AC/DC power suppy that operates from VAC/95-37 VDC (PS1 Std). An optiona isoated ow votage power suppy that operates from VAC/1-7 VDC (PS) is aso avaiabe. Page Texmate, Inc. Te. (76)

3 Component Layout DX-4/45-XX-PS1 (High Votage) DX-4/45-XX-PS (Low Votage) Typica input signa conditioner shown Typica input signa conditioner shown HV High Votage Transformer is Coored Grey LV Low Votage Transformer is Coored Back I-Series Input Signa Conditioning Modues Many additiona input modues are avaiabe and others are constanty being deveoped. Check with your oca distributor or for updated information. Precaibrated I-Series input modues, that have span or zero potentiometers, can be interchanged between any I-Series compatibe meter, without recaibration, because a of the anaog scaing and reference circuitry is sef-contained within the modue. Where appropriate, a the standard ranges shown are designed to be header seectabe by the user, and Texmate's unique ADUST Header faciitates scaing to amost any required engineering unit. See Input Modue Component Gossary and Caibration on pages 6 and 8. Uness otherwise specified Texmate wi ship a modues precaibrated with factory preseected ranges and/or scaings as shown in BOLD type. Other precaibrated standard ranges or custom ranges may be ordered. Factory instaed custom scaing and other custom options are aso avaiabe (see Ordering Information, Specia Options on ast page). Symbos Indicate Modue Compatibiity Within Meter Famiies IA3: AC Miiamps Scaed RMS, //ma AC Famiy Famiy Famiy AC ma 8A Famiy Famiy Famiy AC ma ma Famiy Famiy Famiy ma ma ALL MODELS SOME MODELS MODEL SPECIFIC IA1: AC Vots Scaed RMS, /6V AC L N 6V V 13A IA4: AC Amps Scaed RMS, 1 Amp AC IA5: AC Amps Scaed RMS, 5 Amp AC Primary AC Current 1A Secondary CT Fuy User Scaabe AC AMPS 65D RANGE IA: AC Vots Scaed RMS, mv/v/v AC IA6: AC Vots True RMS, 3/6V AC ACV- 14A AC V RMS 3C 6 V 3 V V V.V Texmate, Inc. Te. (76) Page 3

4 I-Series Input Signa Conditioning Modues Continued ID: DC Miivots, /5/1/mV DC w/4v DC IA7: AC Vots True RMS, mv/v/v AC 14A 369B 4V EXC IA8: AC Miiamps True RMS, //ma AC 4V PIN PIN DCmV V / V RMS ID3: DC Miiamps, //ma DC w/4v DC 37B 141E DCmA 4V PIN 4V / / ma RMS ma ma ma PIN 1 IA9: AC Amps True RMS, 1 Amp AC IA11: AC Amps True RMS, 5 Amp AC ID4: DC Amps, 5A DC ID9: DC Amps, 1A DC 31B 65D 1A/5A Secondary CT 1 A Shunt Primary AC Current DC AMPS AC AMPS RMS Fuy User Scaabe IA1 AC Miivots, Scaed RMS, 1mV AC 85A 4V 9D 4V ACmV ID5: DC Vots ///Custom V DC with and 4V. Custom V V V RANGE ACI ACmV Fuy User Scaabe RANGE IA1: AC Miivot RMS Sigma Deta 371A ID7: DC Miiamps, //ma DC with and 4V 141E ACmV RMS 4V 4V ma ma ma DCmA PIN 1 PIN Fuy User Scaabe ID1: DC Vots, //V/Custom w/4v DC IF: Line Frequency 9D Custom V V V 4V 69D IF6 6 to 5V AC Frequency to Votage Conversion Page 4 4V Texmate, Inc. Te. (76) ZERO

5 I-Series Input Signa Conditioning Modues Continued IGYZ: Universa Direct Pressure (Absoute or Differentia/Gage) See beow for ordering code options IR4: Resistance Ω (Lynx ony) IR5: Resistance Ω (Leopard ony) 18A 33D ABSOLUTE / DIFFERENTIAL PRESSURE (IR5) Pt-1Ω RTD 3 wire 4 wire (IR4) 3 wire 4 wire Ordering Code Options for Direct Pressure (IGYX, IGYY & IGYZ) I G Sensor Range CH1 Order Code CH Order Code A B B 5 psi Absoute C C 5 psi Differentia D D 15 psi Absoute E IS For Universa Direct Pressure IGYZ, the ast digit of order code is aways Z. F G G IS 3 psi Differentia H H 1 psi Absoute 1 psi Differentia RANGE F 3 psi Absoute IP1: Process Loop, 4-mA IP: Process Loop, 4-mA with 4VDC EXC Other devices can be added to the oop. 91E IS4 EXC IS4 Range 91E Common 1 to 5V PIN < Decrease Zero Increase > itation is 1mA Up to 5Ω resistance in each ead can be compensated 4V EXC 4 V IPO7 5 V or 1 V Externa Power Suppy Drift is Ratiometricay Compensated by Modue IT3: RTD, 1Ω Pt. / 3/4-wire (- to 8 C) IT4: RTD, 1Ω Pt. / 3/4-wire (- to 147 F) IT5: RTD, 1Ω Pt. /3/4-wire ( to F) IT14: RTD, 1Ω Pt. /3/4-wire ( to C) 5Ω PROCESS 1 to 5V DC LIN 3 wire 4 wire LINEARISATI IS ANAG Typica accuracy is ±(.3% 1 digit) 3 wire 4 wire LEAD COMP Pt-1Ω RTD Range Fuy User Scaabe 187C RTD IT RANGE IP3: Process Input, 1-5V DC with, 4V 1V 5V EXT 4V EXC 4V Common Externa Loop Suppy 1 to 5V Input mv/v PRESSURE Fuy User Scaabe 4/mA 44C For mutipe pressure transducers < Decrease Zero Increase > PIN IS6: Pressure/Load Ce Ext., /mv/v, 4-wire E 15 psi Differentia 44C mv/v PRESSURE EXC A Pressure Transducer or Load Ce 1V 5V EXT 1 psi Absoute 1 psi Differentia IS5: Pressure/Load Ce /mv/v, 5/1V 4-wire For Singe Channe IGYX with two digita inputs, the ast digit of order code is aways X. IR: 3 wire Potentiometer 1Ω min (-F.S.) 73A POTENTIOMETER IT6: Thermocoupe, Type (-14 F) IT8: Thermocoupe, Type (-76 C) LINEARISATI IS ANAG T/C T/C IT1 1Ω Minimum 1MΩ Maximum Conformity error to NIST tabes (at 5 C) 1% Signa Span 1 = 71D / THERMOCOUPLE ±( C 1 digit) typica ±(4 F 1 digit) maximum ±(3 C 1 digit) typica ±(5 F 1 digit) maximum LINEARITY ZERO IR3: Linear Potentiometer 1Ω min 73A Digita Scaing Input POTENTIOMETER 7D LINEARISATI IS ANAG Gnd IT7: Thermocoupe, Type (-1999 F) IT9: Thermocoupe, Type (-16 C) T/C T/C IT1 1Ω Minimum 1MΩ Maximum / THERMOCOUPLE Conformity error to NIST tabes (at 5 C) ±( C 1 digit) typica ±(4 F 1 digit) maximum ±(3 C 1 digit) typica ±(5 F 1 digit) maximum LINEARITY ZERO Texmate, Inc. Te. (76) Page 5

6 Input Modue Component Gossary 4V To the Right Rear 4V EXC Custom V V V Turn Cockwise to Increase Reading Adjust Header position Range Input and Output Pins On most modues Pin 1 is the Signa High input and Pin 3 is the Signa Low input.typicay Pin is used for itation Votage output. 4V DC Output Header On some modues this header enabes a 4V DC 5mA (max) itation/auxiiary output to be connected to Pin. INPUT RANGE Header Range vaues are marked on the PCB.Typicay two to four positions are provided, which are seected with either a singe or mutipe jumper cip. When provided, a custom range position is ony functiona when the option has been factory instaed. RANGE Header When this header is provided it works in conjunction with the ADUST Header by spitting its adjustment range into a Hi and a Lo range. This has the effect of dividing the adjustment range of the pot into ten equa 1% steps across 1% of the input Signa Span. 1 Span Adjust Header Span Range Header RANGE RANGE % 1% 1% 1% 1% Pot % 1% 1% 1% 1% 1% Signa Span % 1% % 3% 4% 5% Span Adjust Header % 7% 8% 9% 1% Equivaent Circuit Acts ike a 15 Turn Potentiometer Input Low Range High Range ZERO To the Left Rear Turn Cockwise to Increase Reading Potentiometer (Pot) If provided, the 15 turn pot is aways on the right side (as viewed from the rear of the meter). Typica adjustment is % of the input signa range. ADUST Header This unique five-position header expands the adjustment range of the pot into five equa % steps, across 1% of the input Signa Span. Any input Signa Span can then be precisey scaed down to provide any required Digita Dispay span from counts to 1 (one count). Adjust Header position Pot % % % % % % Signa Span % % 4% 6% 8% 1% Equivaent Circuit Input Acts ike 75 Turn 1 Megaohm Potentiometer ZERO Potentiometer (Pot) 15 Turn Potentiometer Input Input If provided, the ZERO pot is aways to the eft of the pot (as viewed from the rear of the meter). Typicay it enabes the input signa to be offset ±5% of fu scae (-1 to 1 counts). 1 Counts 1 Counts Equivaent Circuit < Increase Zero Decrease > < Increase Zero Decrease > Range Equivaent Circuit ZERO SET RANGE Header When provided, this three position header increases the ZERO pot s capabiity to offset the input signa, to ±5% of the digita dispay span. For exampe a Negative offset enabes a 1 to 5V input to dispay to fu scae. The user can seect negative offset, positive offset, or no offset (ZERO pot disabed for two step non-interactive span and offset caibration). ZERO ADUST Header When this header is provided, it works in conjunction with the ZERO SET RANGE Header, and expands the ZERO pot s offset capabiity into five equa negative steps or five equa positive steps. This enabes virtuay any degree of input signa offset required to dispay any desired engineering unit of measure. Zero Adjust Header NEGATIVE SET 75% of dispay span 75 Turn Potentiometer Zero Range Header Input Modue Caibration Zero Adjust Header POSITIVE SET ZERO Adjust < Increase Zero Decrease > No < Decrease Zero Increase > Header position Zero Pot ZERO Pot % % % % % % Disabed % % % % %! NEGATIVE SET Decreases Digita Reading ZERO Pot% 1% of Range 5 Counts 15 Turn Potentiometer Zero Range Header No Zero Pot Disabed 5% of dispay span 75 Turn Potentiometer Basic standard range caibration of direct reading modues that utiize either Auto Zero or a ZERO pot, an INPUT RANGE Header and or a pot. 1 If the modue has an INPUT RANGE Header, reposition the jumper cip to seect the desired input signa range.. Appy a zero input or short the input pins. The dispay wi auto zero, or if the modue has a ZERO pot, it shoud be adjusted unti the dispay reads zero. 3 Appy a known input signa that is at east % of the fu scae input range and adjust the pot unti the dispay reads the exact input vaue. 4 Decima Points.The seection or positioning of decima points has no effect on the caibration of the modues Wide range scaing, in engineering units not requiring offsets, with modues that utiize auto-zero or a ZERO pot, a RANGE Header and or a ADUST Header. Texmate s unique ADUST and RANGE Headers provide the circuit equivaent of an utra-precision one megohm 75 or 15 turn potentiometer that can infinitey scae down any Input Signa to provide any fu scae Digita Dispay Span from (counts) to 1 (one count). POSITIVE SET Increases Digita Reading 1% of 5 Counts 15 Turn Potentiometer WARNING: AC and DC input signas and power suppy votages can be hazardous. Do Not insert, remove or hande modues with ive wires connected to any termina pugs. Page 6 Texmate, Inc. Te. (76)

7 Prog. Prog. SP1 SP SP3 SP4 SP5 SP6 SP1 SP SP3 SP4 SP5 SP6 Input Modue Caibration Procedures Continued If the modue has an INPUT RANGE Header, and the required fu scae Digita Dispay Span (counts) is to be arger than the directy measured vaue of the input Signa Span, then the next ower range on the INPUT RANGE Header shoud be seected. The resuting over range Signa Span is then scaed down, by seecting the position of the RANGE Header and or the ADUST Header, which wi reduce the input Signa Span to a percentage, that the required Digita Dispay Span can be reached by caibration with the pot. Exampe A: to 1 V to read to 18 gaons. Signa Span = 1V, Digita Dispay Span = 18 counts 1 Seect the V INPUT RANGE Header position. This wi provide a digita dispay of 18 counts with an input of ony 1.8 V which is (1.8 1)=18% of the exampes 1 V Signa Span. To scae down the Signa Span to 18% seect the % Signa Span position on the ADUST Header (position 1) or if the modue has a RANGE Header, seect ( Range) and % Signa Span position on the ADUST Header (position ). 3 Appy a zero input or short the input pins. The dispay wi auto zero, or if the modue has a ZERO pot, it shoud be adjusted unti the dispay reads zero. 4 Appy 1 V and adjust the pot unti the dispay reads 18. Large offset scaing and caibration of process signa inputs with modues that utiize ZERO ADUST Headers and or ZERO SET RANGE Headers. Texmate s unique ZERO SET RANGE Header enabes the use of a simpe two step scaing and caibration procedure for those process signas that require arge offsets. This eiminates the back and forth interaction, between zero and span settings, that is often required to caibrate ess finey engineered products. The first step is to set the ZERO SET RANGE Header to the center position (No ) and scae down the Input Signa Span to a percentage that wi enabe caibration with the pot to reach the required Digita Dispay Span. The second step is to set the ZERO ADUST and or ZERO SET RANGE Header to provide a positive or negative offset of sufficient counts that caibration with the ZERO pot wi offset the Digita Dispay Span to produce the required digita reading. Exampe B: 1 to 5 V to read 1. to 15. C. Signa Span = 4V, Digita Dispay Span = 16 counts 1 If the modue has an INPUT RANGE Header the V position shoud be seected. This wi provide a digita dispay of 16 counts for an input of 1.6 V which is (1.6 4) = 4% of the exampes 4 V signa span. To scae down the Signa Span to 4% seect the 4% Signa Span position on the ADUST Header (position ). If the modue is a Process Input 1-5 V DC type, seect the (Hi Range) position on the RANGE Header and the 1% Signa Span position on the ADUST Header (position 5, max increase). This wi provide a digita dispay of 16 counts for an input of 4V which is 1% of the exampes 4V Signa Span. 3 Set the ZERO SET RANGE Header to the center position (no offset). Appy 1 V and adjust the pot unti the dispay reads 4. A 4V input woud then read 16 counts. 4 Set the ZERO SET RANGE Header to the negative offset position. If the modue has a ZERO ADUST Header seect the position that wi provide a negative offset of 5 counts. Appy 1 V and adjust the ZERO pot unti the dispay reads 1. Appy 5 V and check that the dispay reads 15. Seect decima point 1XXX X to dispay -1. to 15.. Exampe C: 4 to ma to read. to 1.% Signa Span = 16 ma, Digita Dispay Span = 1 counts. 1 The fu scae Signa Span of the Process Input 4- ma modues is to ma for a fu scae Digita Dispay Span of to counts. This wi provide a digita dispay of 1 counts with an input of ony 1 ma which is (1 16)=6.5% of the exampes 16 ma signa span. To scae down the Signa Span to 6.5% seect the (Hi Range) Position on the Span Range Header and the 7% Signa Span position on the ADUST Header (position ). 3 Set the ZERO SET RANGE Header to the center position (no offset). Appy 4 ma and adjust the pot unti the dispay reads 5. A 16 ma input woud then read 1 counts. 4 Set the ZERO SET RANGE Header to the positive offset position. If the modue has a ZERO ADUST Header seect the position that wi provide a negative offset of 5 counts. Appy 4 ma and adjust the ZERO pot unti the dispay reads. Appy ma and check that the dispay reads 1. Seect decima point 1XXX X to dispay. to 1.. Case Dimensions PANEL CUTOUT Case wi mount in standard 1/8 DIN cutouts 4mm Mosaic Fitting (.16") 8 paces 4.8mm (1.61") 91.6mm 3mm (3.6") (.1") 8 paces 9 mm 1/8 DIN (3.6") Cutout spacers Meta Surround Case P/N:(OP-MTL96X48) uses Meta Screw Mount Cips and has a max. pane thickness mounting of 15.5 mm (.61"). NOTE: The Meta Surround Case is pre-instaed at the factory and cannot be removed without damage to the case. Safety Catch Cam Opening 87.4mm (3.45") 43.4mm (1.71") Snug Fitting Loose Fitting 45 mm (1.77") These dimensions are increased by 1.6mm (.6") when the meta surround case is instaed. Cear Lockabe NEMA 4X Spash Proof Cover P/N:(OP-N4/96x48) Removabe ey-ock 48 mm (1.89") 3.9 mm (.15") typica Prog. FRT VIEW 1/8 DIN 96x48mm SP1 SP SP3 SP4 SP5 SP6 96 mm (3.78") For extra strength in portabe appications, the 8 DIN spacers shoud be snipped off and the Mosaic fitting cutout used. Aternativey, the High Strength Pane Mounting it (Part # OP-PMA96X48) can be used. SP1 SP SP3 SP4 Prog. When extra pane mounting tightness is required, order the optiona screw mount cip. P/N:(OP-MTLCLIP) Various beze coors are avaiabe. Back is standard. 96 mm (3.78") 5.3 mm (.1") 4.7mm (.19") DIN Cutout Spacer 3.7mm (.15") 43.4 mm (1.71") DIN Cutout spacers 5mm (1.97") 91.6mm (3.6") DIN Cutout Spacer SIDE VIEW 117 mm (4.61") TOP VIEW Max. pane thickness To open rear cover, use a sma fat badescrew driver. Press down ighty to reease catch on top or bottom of case and eaver outwards. Straight-thru Connector for meters with output board mm (.79") Pane adaptor pates are avaiabe to retrofit most existing pane cutouts. 4.8 mm (1.61") Right-anged Connector 11.8mm (.47") For additiona strength, extra Mounting Side Cips can be ordered and doubed up one behind the other. P/N: (75-DMTCLIPF) 95.4mm (3.77") 87.4mm (3.45") mosaic fitting mm (.8") Connector Socket High Strength Pane Mounting it P/N: OP-PMA96X48 The 96x48mm case is particuary suitabe for mounting in mosaic panes or insuative panes up to " thick. They can aso stack mount, up in existing cutouts for 1/4 DIN (96x96mm) or 4 up in 1/ DIN (96X19mm). Texmate, Inc. Te. (76) Page 7

8 Ordering Information BASIC MODEL # DISPLAY POWER SUPPLY INPUT MODULES DX-45 OPTIS / ACCESSORIES OA Add to the basic mode number the order code suffix for each standard option required. The ast suffix is to indicate how many different specia options and or accessories that you may require to be incuded with this product. Ordering Exampe: DX-45-DR-PS1-IA1-OA, the OA s are, CR-CHANGE and an OP-N4X/96x48, $15 N/C N/C 35 5 = $165 BASIC MODEL NUMBER DX x48mm, Lynx, Large 4 Digit $11 DX x48mm, Lynx, 4.5 Digit $15 Standard Options for this Mode Number Order Code Suffix Description List DISPLAY DR..Red LED,.56 inch high n/c DB....Super bright Red LED,.56 inch high $3 DG...Green LED,.56 inch high $ LG....Large Green LED,.8 inch high $1 LR....Large Red LED,.8 inch high n/c POWER SUPPLY PS VAC/95-37VDC N/C PS VAC/1-7VDC $35 INPUT MODULES (Partia List. See Uness otherwise specified Texmate wi ship a modues precaibrated with factory preseected ranges and/or scaings as shown in BOLD type. IA1..AC-Vots Scaed RMS, /6V AC $35 IA..AC-Vots Scaed RMS, mv/v/v AC $35 IA3..AC-mA Scaed RMS, //ma AC $4 IA4..AC-Amps Scaed RMS, -1 Amp AC (-1.) $4 IA5..AC-Amps Scaed RMS, -5 Amp AC (-1.) $4 IA6..AC-Vots True RMS, /6V AC $55 IA7..AC-Vots True RMS, mv/v/v AC $55 IA8..AC-mA True RMS, //ma AC $55 IA9..AC-Amps True RMS, -1 Amp AC (-1.) $55 IA1..AC-Miivot, Scaed RMS, 1mV AC $55 IA11..AC-Amps True RMS, -5 Amp AC (-1.) $55 IA1..AC-Miivot, True RMS, 1mV AC $55 ID1..DC-Vots, //V/Custom w/4v DC $5 ID..DC-Miivot, /5/1/mV DC w/4v DC $35 ID3..DC-Miiamp, //ma DC w/4v DC $5 ID4..DC-Amps, 5A DC $5 ID5..DC-Vots ///Custom V DC w/ and 4V $45 ID7..DC-Miiamp, //ma DC w/ and 4V $35 ID9..DC-Amps, 1A DC $5 IF..Line Frequency, 5-5VAC, 199.9Hz, or optiona 4Hz......$45 IGYZ*..Universa Direct Pressure $1 *View the IG- Ordering Code on page 5 to determine the vaue for Y & Z (IGAZ to IGZ) IP1..Process Loop, 4-mA(-1.) $35 IP..Process Loop, 4-mA(-1.) w/4vdc $45 IP3..Process Input, 1-5V DC(-1.) w/, 4V $45 IPT1..Prototype Board for Custom Design $15 IR...3-Wire Potentiometer 1Ω min (-F.S.) $4 IR3...Linear Potentiometer, 3-wire, 1Ω min $4 IR4..Resistance Ω $4 IS4..Pressure Ext., /mv/v, 4/6 wire $45 IS5...Pressure/Load Ce /mv/v, 5/1V 4-wire $55 IS6...Pressure/Load Ce Ext., /mv/v, 4-wire $55 IT3..RTD, 1Ω Pt. /3/4-wire (- to 8 C) $4 IT4..RTD, 1Ω Pt. /3/4-wire (- to 147 F) $4 IT5..RTD, 1Ω Pt. /3/4-wire (-19. to 199. F) $4 IT6..Thermocoupe, Type (-14 F) $4 IT7..Thermocoupe, Type (-1999 F) $4 IT8..Thermocoupe, Type (-76 C) $4 IT9..Thermocoupe, Type (-16 C) $4 IT14..RTD, 1Ω Pt. /3/4-wire (-199. to 199. C) $4 Specia Options and Accessories (OA s) Part Number Description List SPECIAL OPTIS (Specify Input & Req. Reading) CR-CHANGE....Caibrated Range Change to another Standard Range...$5 CS-X/ Custom Scaing within any Stnd. or Custom Seectabe Range $1 CSR-X/ Custom Seectabe Range Instaation or Modification..$3 CSS-X/ Custom Specia Scaing beyond the Standard Range...$4 OP-DXEXTDP...Externa Dec. Pt. W/Conn. Option - Factory Instaed...$ ACCESSORIES (Specify Seria # for Custom Artwork Instaation) OP-N4X/96X x48mm cear ockabe front cover NEMA 4X, spash proof $ 75-DBBZ9648F...Extra Back Beze for 96x48mm Case $ 75-DMTCLIPF....Side Side Brackets ( pc) - extra set, extra strength..$ OP-MCLP96X48..Screw Mount Cips ( pc) - to screw tighten side brackets.$6 76-DX4LG-N4...NEMA 4 Large Green LED Facepate, Factory Instaed.$8 76-DX4LR-N4...NEMA 4 Large Red LED Facepate, Factory Instaed..$8 ART-FS-S/D/C...NRC for artwork & set-up Facepate/Desc/Co.Logo...$75 ART-FS-S/D.....NRC for artwork & set-up Facepate/Desc $35 ART-FS Insta Custom Facepate per meter - 1 coor $1 OP-MTL96X48...Meta Surround Case, incudes screw mounting cips.$16 93-PLUGP-DP...Extra Screw Termina Conn., Pin Power Pug......$ Many other options and accessories are avaiabe. See fu price ist for more detais. Prices subject to change without notice. WARRANTY Texmate warrants that its products are free from defects in materia and workmanship under norma use and service for a period of one year from date of shipment. Texmate s obigations under this warranty are imited to repacement or repair, at its option, at its factory, of any of the products which sha, within the appicabe period after shipment, be returned to Texmate s faciity, transportation charges pre-paid, and which are, after examination, discosed to the satisfaction of Texmate to be thus defective. The warranty sha not appy to any equipment which sha have been repaired or atered, except by Texmate, or which sha have been subjected to misuse, negigence, or accident. In no case sha Texmate s iabiity exceed the origina purchase price. The aforementioned provisions do not extend the origina warranty period of any product which has been either repaired or repaced by Texmate. USER S RESPSIBILITY We are peased to offer suggestions on the use of our various products either by way of printed matter or through direct contact with our saes/appication engineering staff. However, since we have no contro over the use of our products once they are shipped, NO WARRANTY WHETHER OF MERCHANTABILITY, FITNESS FOR PURPOSE, OR OTHERWISE is made beyond the repair, repacement, or refund of purchase price at the soe discretion of Texmate. Users sha determine the suitabiity of the product for the intended appication before using, and the users assume a risk and iabiity whatsoever in connection therewith, regardess of any of our suggestions or statements as to appication or construction. In no event sha Texmate s iabiity, in aw or otherwise, be in excess of the purchase price of the product. Texmate cannot assume responsibiity for any circuitry described. No circuit patent or software icenses are impied. Texmate reserves the right to change circuitry, operating software, specifications, and prices without notice at any time. For product detais visit Loca Distributor Address 995 Park Center Drive Vista, CA Te: USA That s 1-8-TEXMATE Fax: Emai: saes@texmate.com Web: Texmate has faciities in apan, New Zeaand, Taiwan, and Thaiand. We aso have authorized distributors throughout the USA and in 8 other countries. Copyright 4 Texmate Inc. A Rights Reserved. Page 8 Texmate, Inc. Te. (76)