Differential ±750V peak continuous transformer isolation Common mode: -100dB at 60Hz -3dB at 10Hz, -12dB per octave

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1 DL05 I/ Specifications ANALG INPUT DULES F0ADS hannel Isolated Input Number of hannels Input Ranges hannels Individually onfigured, (isolated) 05, 00, 5, ±5, ±0, 00mA, Yes Resolution bit ( in 096) Input Type ax. ommon ode Noise Rejection Ratio Active Lowpass Filtering Input Impedance Absolute aximum Ratings onversion Time Full Scale alibration Error Differential ±750 peak continuous transformer isolation ommon mode: 00dB at 60Hz db at 0Hz, db per octave ohm ± 0.%, /W current input, 00Kohm voltage input ±0 ma, current input ± 00, voltage input channel per scan, successive approximation, AD57 ± counts max. (0.0% of full scale) unipolar ± counts max. (0.05% of full scale) bipolar ± counts maximum ffset alibration Error ± counts maximum Accuracy vs. Temperature 57ppm/ º maximum full scale Recommended Fuse 0.0A, Series 7 fastacting, current inputs 9D, D perating Temperature 0 F (0 60 ) Srage Temperature 5 F (0 70 ) 5 95% (noncondensing) ibration IL STD 0 5. Shock IL STD NEA IS0 Note: onnect unused voltage or current inputs 0D at terminal block or leave current jumper installed (see hannel ). Note : A Series 7, 0.0A, fastacting fuse is recommended for current loops. Note : s may be,, or wire type. Note : s may be powered from separate power sources. Note 5: Terminate all shields of the cable at their respective signal source. Internal odule Wiring ANALG INPUT F0ADS See Notes J0 J ircuitry ircuitry Not Used J Jumper Installed J Jumper Installed ircuitry ircuitry 5 PL Products

2 DL05 I/ Specifications ANALG INPUT DULES PL Number of hannels Input Ranges F0AD hannel Input (Replaces F0AD), single ended (one common) Resolution bit ( in 096) Low Pass Filter Input Impedance Absolute aximum Ratings onversion Time onverter Type Input Stability aximum Inaccuracy 00Hz (6db/octave) ohm ± 0.%, /W current input ±0mA channel per PU scan Successive approximation, AX70 ± count (0.0% of full scale) maximum ±0.05 count 0.% of full scale at 77ºf (5º) Recommended Fuse External Power Supply perating Temperature Srage Temperature Environmental air 0.0A, Series 7 fastacting D, D None required 0 F (0 60 ) 5 F (0 70 ) 5 95% (noncondensing) ibration IL STD 0 5. Shock IL STD NEA IS0 Accuracy vs. Temperature 57ppm/º maximum full scale (including maximum offset change of counts) Note : Terminate all shields at their respective signal source. Note : To avoid "ground loop" errors, the following transmitter types are recommended: and wire: Isolation between input signal and P/S wire: Full isolation between input signal, P/S and output signal. Note : A Series 7 0.0A fastacting fuse is recommended for applications. Internal odule Wiring wire P/S A/D ANALG INPUT F 0AD wire wire wire wire wire wire wire wire Switch 0mA ExternalP/S for s (Switching Type D P/S not recommended) PL Products 5 9

3 DL05 I/ Specifications ANALG INPUT DULES F6AD 6hannel Input Number of hannels 6, single ended (one common) Input Ranges ±5, ±0, 05, 00, 00mA, hannels Individually onfigured Resolution bit ( in 096) Input Impedance Absolute aximum Ratings onversion Time onverter Type aximum Inaccuracy at 77 F (5 ) Accuracy vs. Temperature Range is selected for all channels. Each channel can be wired for voltage or current. ohm, voltage input, 500ohm ±% current input ±5mA, voltage input ±0mA, current input 5µs per channel, channel per PU scan Successive Approximation, AD57 ± count maximum 0.5% of full scale, voltage input.5% of full scale, current input 57ppm/º maximum full scale Recommended Fuse 0.0 A, Series 7 fastacting, current inputs 9D, D perating Temperature 0 F (0 60 ) Srage Temperature 5 F (0 70 ) 5 95% (noncondensing) ibration IL STD 0 5. Shock IL STD NEA IS0 requires gain adjustment with potentiometer. resolution is 75 counts (instead of 096). Allows easier broken transmitter detection Trans mitter urrent Trans mitter urrent Trans mitter urrent Note : Terminate all shields at their respective signal source. Note : Terminate allshields at their respective signalsource. Note : Jumpers for, 7, and 6 are installed for current input. Note : Jumpers for, 7, and 6 are installed for current input Internal odule Wiring Switch ANALG INPUT F6AD urrent 5 50 PL Products

4 DL05 I/ Specifications PL F0THn hannel Thermocouple Input Note: When you order the module, replace the n with the type of thermocouple needed. For example, order a Type J thermocouple module, order part number F0THJ or F0THK for type K.Types J and K are sck. All other are special order. Type E: 70/000º, 50/ºF (obsolete) Type J: 0/760º, 50/90ºF Type K: 70/70º, 50/0ºF Type R: 0/76º, /ºF (obsolete) Input Ranges Type S: 0/76º, /ºF (obsolete) Type T: 70/00º, 50/75ºF (obsolete) : 050m : 000m Resolution bit ( in 096) Input Impedance 7Kohm D Absolute aximum Fault protected input, 0 rms or 00 D Ratings old Junction Aumatic ompensation onverter Type Successive approximation, AD57 ± count (0.0% of full scale) maximum aximum Inaccuracy at 77ºF (5º) 0.5% of full scale Accuracy vs. Temperature 57ppm/º maximum full scale 9D, D perating Temperature 0 F (0 60 ) Srage Temperature 5 F (0 70 ) 5 95% (noncondensing) ibration IL STD 0 5. Shock IL STD NEA IS0 onversion Time 5ms per channel, minimum channel per PU scan Note : Terminate shields at the respective signal source. Note : : Leave Terminate unused channel shieldsopen at the (no respective connection). signal source Note : Leave unused channels open (no connection) Internal odule Wiring A/D THERUPLE F0TH 6 Examples of differential Thermocouple wiring E xamples of grounded Thermocouple wiring Switch PL Products 5 5

5 DL05 I/ Specifications ANALG UTPUT DULES D0DA hannel Number of hannels Ranges hannels Individually onfigured (independent) 0 0, Resolution bit ( in 56) Type Impedance urrent Load Impedance Yes. Use different terminals for voltage and current. Single ended 0.5ohm maximum, voltage output 0mA minimum, voltage 0D 550ohm max. 5ohm min., current output Total Inaccuracy ±0.% maximum at 5 Accuracy vs. Temperature ±50ppm/º maximum onversion Time 00µs maximum( channels/scan) 9 External Power Supply D, ±0%, 70mA, class perating Temperature º 0ºF (0º 60º) Srage Temperature 5 F (0 70 ) 5 95% (noncondensing) ibration IL STD 0 5. Shock IL STD bsolete module NEA IS0 Note : Shields should be connected the 0 of the module or the 0 of the P/S. Note : Unused voltage and current outputs should remain open (no connections). Internal odule Wiring ANALG UTP UT D0DA hannel is wired for urrent User Load 5550 ohms SeeNote DA onverr 0mA User load >K ohm hannel is wired for 00D D / 0% (70mA) PL Products

6 DL05 I/ Specifications ANALG UTPUT DULES F0DA hannel Number of hannels 0 5, 00 ma, Range 0 ma (source) hannels Individually onfigured Yes Resolution bit ( in 096) Type Single ended (one common) Impedance 0.5ohm typical, voltage output urrent 5mA source,.5ma sink (voltage) Shortcircuit urrent 0mA typical, voltage output Load Impedance aximum Inaccuracy at 77º F (5º ) Kohm maximum, current output Kohm minimum, voltage output ± count (±0.0% maximum) ± 0.6% of span,current output ± 0.% of span, voltage output Accuracy vs. Temperature ±50ppm/º maximum onversion Time 0µS maximum 9, perating Temperature 0 F (0 60 ) Srage Temperature 5 F (0 70 ) 5 95% (noncondensing) ibration IL STD 0 5. Shock IL STD NEA IS0 PL Note : Shields should be connected the 0 () of the module. Note : Unused voltage and current outputs should remain open (no connections). Internal odule Wiring ANALG UTPUT F0DA urrent 0K ohm urrent 0K ohm K ohmmin K ohmmin SeeNote I I I I I I I I 0mA are urrent S ourcing is S ink/s ource I I I I I I I I PL Products 5 5

7 DL05 I/ Specifications ANALG UTPUT DULES F0DAS hannel Isolated Number of hannels Ranges hannels Individually onfigurable ±5, ±0, 0 5, 0 0, 5 00mA, Yes Resolution bit ( in 096) Type urrent Shortcircuit urrent apacitive Load Drive Load Impedance Isolation ode Rejection alibration Error Isolated, 750 D channelchannel 750 D channellogic ±5mA voltage output ±0mA typical, voltage output 0.µF typical, voltage output 70ohm maximum, current output Kohm minimum, voltage output 0dB at 60Hz ± count (±0.0% maximum) ±0.5% typical, ±0.75% max. of span ±0 ppm/ maximum of full scale alibrated ffset Error onversion Time External Power Supply perating Temperature Srage Temperature ± count maximum, current output ±5 m typical, ±50m max., voltage out ±0.m typical /º 0µS maximum, channel/scan 9, None required 0 F (0 60 ) 5 F (0 70 ) 5 95% (noncondensing) ibration IL STD 0 5. Shock IL STD NEA IS0 Note : Shields should be connected the respective channel s terminal of the module. Note : Each isolated output channel may have either a voltage or current load, but not both. Note : An external 0. Amp fastacting fuse in series with the isolated I terminal (5D) is recommended protect against accidental shorts the terminal (5D common). Note : Do not attempt source more than 0mA from any one of the four isolated 5D power supplies. ANALG UTPUT F0DAS Internal odule Wiring urrent 070 ohm urrent 070 ohm K ohm in. K ohm in. I I I I I I I I urrent Sink 5D (0mA) Isolated Power urrent Sink I I I I I I I I 5D (0mA) Isolated Power Internal wiring for & is similar wiring shown above 5 5 PL Products