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[edit] T2 Series PLCs to V2000 Series PLCs –Equivalent Items

Most of these are exactly equivalent - but there can be some with slight differences - most often they will be more capable.

Most peopl transitioning will want to continue to use the same programming software - and it is possible with a little fiddling to move a T2 program over to a V2000 system if you use the T2E processor - see GPU612E*S

[edit] Equivalent Card numbers

[edit] Output Cards

• EX10-MRO61 Similar look at GRO663**S Relay Output Module, 12 points (use 16 point GRO663**S).
• EX10-MRO62 use GRO662S*S Relay Output Module, 8 points (isolated), 240 Vac/24Vdc (max.), 2 A/point
• EX10-MAC61 use GAC663**S AC Output Module, 12 points, 100 to 240 Vac, 1 A/point
• EX10-MDO31 use GDO633**S DC Output Module, 16 points, 5 to 24 Vdc, 1 A/point, Sink (source load)
• EX10-MDO32 use GDO634**S DC Output Module, 32 points, 5 to 24 Vdc, (cable connector is different).
• TDO233P-S use GDO633P*S DC Output Module, 16 points, 5 to 24 Vdc, 1 A/point, Source
• TDO235--S use GDO635**S DC Output Module, 64 points, 5 to 24 Vdc, 0.1 A/point, Sink

[edit] Input Cards

• EX10-MDI31 use GDI633**S DC Input Module, 16 points, 12 to 24 Vdc
• EX10-MDI32 use GDI634**S DC Input Module, 32 points, 24 Vdc (cable connector is different).
• EX10-MIN51 use GIN653**S AC Input Module, 16 points, 100 to 120 Vac
• EX10-MIN61 use GIN663**S AC Input Module, 16 points, 200 to 240 Vac
• TDI235--S use GDI635**S DC Input Module, 64 points, 24 Vdc
• TDI235H-S use GDI635H*S DC Input Module, High-speed, 64 points, 24 Vdc.
• EX10-MPI21 Similar look at GPI632**S Pulse Input Module, 1 channel,

[edit] Analog Input Cards

• EX10-MAI21 use GAD624L*S Analog Input Module, 4 channels, 1-5 Vdc / 4-20 mA, 8-bit
• EX10-MAI22 use GAD624**S Analog Input Module, 4 channels, 1-5 Vdc / 4-20 mA, 12-bit
• EX10-MAI31 use GAD634L*S Analog Input Module, 4 channels, 0-10 Vdc input, 8-bit
• EX10-MAI32 use GAD674**S Analog Input Module, 4 channels, ± 10 Vdc input, 12-bit
• TAD268--S use GAD628S*S Analog Input Module, 8 channels, 0-5 V, 0-20 mA, 12 bit break
• TAD268--S use GAD638S*S Analog Input Module, 8 channels, ± 10 V input, 12-bit break
• TAD268--S use GAD668**S Analog Input Module, 8 channels, 0-5 V, 0-20 mA, ± 10 V, 16-bit

[edit] Analog Output Cards

• EX10-MAO22 use GDA622**S Analog Output Module, 2 channels, 1-5Vdc, 4-20 mA output, 12-bit
• EX10-MAO31 use GDA622L*S Analog Output Module, 2 channels, 1-5 Vdc / 4-20 mA, 8-bit
• EX10-MAO32 use GDA672**S Analog Output Module, 2 channels, ±10Vdc, 12-bit
• TDA264--S use GDA664**S Analog Output Module, 4 channels, 0-5 V, 0-20 mA, ± 10 V, 16-bit

[edit] Tosline Cards

• FMS211AM use GUN611**S TOSLINE-F10, Single bus, twisted paired-cable, Master station
• FRS211AM use GUN612**S TOSLINE-F10, Single bus, twisted paired-cable, Slave station
• SSN221-MS use GSN621**S TOSLINE-S20, Single bus, coaxial cable, S2E/S2 systems only.
• SSN222AMS use GSN622**S TOSLINE-S20, Single bus, optical cable, S2E/S2 systems only.

[edit] Networking

• TCF211--S use GCF611**S Communications Module, 1 ch, RS232C, ASCII.
• TDN211A-S use GDN611A*S DeviceNet Scanner Module
• TFL212**S use GFL612**S FA Network, FL-net Station Module, 10 Mbps, Ver 2.0
• TMC211--S use GMC612**S Position Control Module, 2 Axis, up to 200 kpps.
• EX10-MMC11 Similar look at GMC612**S Position Control, 1 Axis.

• TPI232--S use GPI632**S Pulse Input Module, 2 channels, up to 50 kpps, 5/12/24 V input, 24-bit counter
• TPI272--S use GPI672**S Pulse Input Module, 2 channels, up to 50 kpps, RS422 input, 24-bit counter
• TRO263--S use GRO663**S Relay Output Module, 16 points, 240 Vac/24 Vdc (max.), 2 A/point
• TTC218--S use GTC618**S Thermocouple Input Module, 8 channels, E, J, K, 16-bit

• EX10-ABP1 use GSP600*AS Module, Blank (not required for V2000 Series)
• EX25SER6 use GBT611**S Battery

[edit] Cables

• EX10-CAR3 use GCS6R3*CS Expansion Cable, 0.3 m length
• EX10-CAR5 use GCS6R5*CS Expansion Cable, 0.5 m length
• EX10-CAR7 use GCS6R7*CS Expansion Cable, 0.7 m length
• TCS2RF-CS use GCS6*1*CS Expansion Cable, 1.2 m length

[edit] Racks

• TBU218--S use GBU668**S Base Rack for S2E, 8 I/O Slots/ Expansion Rack for S2T/S2, 8 I/O Slots.
• TBU268--S use GBU666**S Base Rack for S2E, 5 I/O Slots/ Expansion Rack for S2T/S2, 6 I/O Slots.
• TBU266--S use GBU664**S Base Rack for S2E, 3 I/O Slots/ Expansion Rack for S2T/S2, 4 I/O Slots.
• TBU228N-S use GBU643E*S Base Rack for S2T/S2, 8 Slots (Up to 5 station bus slots). Not for S2E.

[edit] Power Supplies

• EX10-MPS31 use GPS632**S 24 Vdc power supply, For Main/Expansion Racks.
• TPS261--S use GPS693**S 120/240 Vac power supply, For Main/Expansion Racks, 24Vdc Service PS
• Or use GPS652**S 100-110 Vdc power supply, For Main/Expansion Racks.

[edit] CPUs

• TPU234E-S use GPU612E*S Sequence Control Module (S2E), User program capacity 32 kSteps, T-series Instruction Set, Uses T-PDS Programming Software.
• TCM231EAS ----- Included on use GPU612E-S.
• TPU215N-S use GBU612E*S Sequence Control Module (S2E), User program capacity 32 kSteps, T-series Instruction Set, Uses T-PDS Programming Software
• TPU235N-S use GBU662T*S Sequence Control Module (S2T), User program capacity 32 kSteps, T-series Instruction Set, Uses T-PDS Programming Software
• Or use GEN651A*S Ethernet Module, Single bus, 100 Base-TX.
• TPU245N-S use GBU662T*S Sequence Control Module (S2T), User program capacity 32 kSteps, T-series Instruction Set, Uses T-PDS Programming Software
• Or use GSN627**S TOSLINE-S20LP, Double loop optical cable, S2T only.
• Or use GEN651A*S Ethernet Module, Single bus, 100 Base-TX.