16-channel Relay Output Module Functional Description The FR-32R has 32-channel relay output. Not like traditional relay output board, the FR series I/O module has an FRnet interface.The FR I/O module can be used as a distributed remote I/O module or a MagicWire module.The user should select the correct setting when using these modules. Refer to jumper setting. The user can daisy several FRnet modules together. Via FRnet, the FRnet modules can work with PC, PAC, £gPAC and PLC easily. Further information about the networking of FR- 8/16/32R; refer to related literatures of I-7188EF, I-8122, FRB-100/200. Applications Factory Automation Building automation Energy management Agriculture automation Specifications Communication speed: 250K bps Communication distance: 400m max Number of channels: 8/16/32 ( FR-8/16/32R) Form A relay Type: SPST Nominal load: 3A/125Vdc, 3A/270Vac Max switching power:1250VA, 150W Max switching voltage: 125Vdc, 270Vac Max switching current: 5A Life expectancy: mechanical; electrical Resistive load: 100,000 ops. min; 250Vac/30Vdc@3A Mechanically: 20,000,000 ops. at no load. Release time: 5ms Control logic: TTL Low, Relay on. Power Requirement: 10~30V Wire cable: CPEV 0.9S (2P Twisted-pair wire) Power consumption: 24V@25mA(max) ( FR-8R) 24V@75mA(max) ( FR-16R) 24V@240mA(max) ( FR-32R) Operating temperature: -25¢XC ~ +75¢XC Operating humidity: 10% ~ 90% RH, non-condensing Storage temperature: -30¢XC ~ +85¢XC Storage humidity: 5% ~ 95% RH, non-condensing Dimensions: 147 mm x 76 mm ( FR-8R) 173 mm x 117 mm (FR-16R) 173 mm x 117 mm (FR-32R) Features Built-in FRnet interface Real I/O synchronization Innovative token-stream technology Support Broadcasting Real Deterministic Control Fixed Scan time: 256 points @ 2.88 ms Each bank consists of 8 input channels and has its own ground reference ASIC design without CPU Memory-map I/O No protocol and no software overhead Easy Programming and OS-independent Din-rail mounting Two-Wire Cabling Jumper setting Interface circuit

32-channel Relay Output Module Functional Description The FR-32R has 32-channel relay output. Not like traditional relay output board, the FR series I/O module has an FRnet interface.The FR I/O module can be used as a distributed remote I/O module or a MagicWire module.The user should select the correct setting when using these modules. Refer to jumper setting. The user can daisy several FRnet modules together. Via FRnet, the FRnet modules can work with PC, PAC, £gPAC and PLC easily. Further information about the networking of FR- 8/16/32R; refer to related literatures of I-7188EF, I-8122, FRB-100/200. Applications Factory Automation Building automation Energy management Agriculture automation Specifications Communication speed: 250K bps Communication distance: 400m max Number of channels: 8/16/32 ( FR-8/16/32R) Form A relay Type: SPST Nominal load: 3A/125Vdc, 3A/270Vac Max switching power:1250VA, 150W Max switching voltage: 125Vdc, 270Vac Max switching current: 5A Life expectancy: mechanical; electrical Resistive load: 100,000 ops. min; 250Vac/30Vdc@3A Mechanically: 20,000,000 ops. at no load. Release time: 5ms Control logic: TTL Low, Relay on. Power Requirement: 10~30V Wire cable: CPEV 0.9S (2P Twisted-pair wire) Power consumption: 24V@25mA(max) ( FR-8R) 24V@75mA(max) ( FR-16R) 24V@240mA(max) ( FR-32R) Operating temperature: -25¢XC ~ +75¢XC Operating humidity: 10% ~ 90% RH, non-condensing Storage temperature: -30¢XC ~ +85¢XC Storage humidity: 5% ~ 95% RH, non-condensing Dimensions: 147 mm x 76 mm ( FR-8R) 173 mm x 117 mm (FR-16R) 173 mm x 117 mm (FR-32R) Features Built-in FRnet interface Real I/O synchronization Innovative token-stream technology Support Broadcasting Real Deterministic Control Fixed Scan time: 256 points @ 2.88 ms Each bank consists of 8 input channels and has its own ground reference ASIC design without CPU Memory-map I/O No protocol and no software overhead Easy Programming and OS-independent Din-rail mounting Two-Wire Cabling Jumper setting Interface circuit

4-channel Digital Input and 4-channel Open Drain Output Module Functional Description The FR-16P16A has 16-channel isolated digital input and 16-channel open drain, while FR-4P4A has 4-channel isolated digital input and 4-channel current souring output. Not like traditional digital I/O board, the FR series I/O module has an FRnet interface and can be used as a distributed remote I/O module or a MagicWire module.The users can daisy chain several FRnet modules together. Via FRnet, the FRnet module can work with PC, PAC, £gPAC and PLC easily. Further information about the networking of FR-16P16A and FR-4P4A, refer to related literatures of I-7188EF, I-8122 and FRB-100/200. Applications Factory Automation Building automation Energy management Agriculture automation Specifications Communication speed: 250K bps Communication distance: 400m max Number of input channels: 16 (FR-16P16A); 4 (FR-4P4A); each with its own ground reference; isolated from each other Digital Logic Level Input low voltage: 0~ +/- 1V Input high voltage: 3.5 VDC ~ 30 VDC Input impedance: 3K; 1/4W Response time: 1 KHz max Number of output channels: 16 (FR-16P16A); 4 (FR-4P4A) Operating voltage: 12-45 V Current source: 650mA/channel Short-circuit protection Current limitation Overload protection Undervoltage shutdown with auto-restart and hysteresis Thermal shutdown with restart Switch inductive loads Power Requirement: 10~30V Wire cable: CPEV 0.9S (2P Twisted-pair wire) Power consumption: 24V@75mA(max) (FR-16P16A) 24V@25mA(max) (FR-4P4A) Operating temperature: -25¢XC ~ +75¢XC Operating humidity: 10% ~ 90% RH, non-condensing Storage temperature: -30¢XC ~ +85¢XC Storage humidity: 5% ~ 95% RH, non-condensing Dimensions: 103 mm x 86 mm (FR-4P4A) 173 mm x 117 mm (FR-16P16A Features Built-in FRnet interface Real I/O synchronization Innovative token-stream technology Support Broadcasting Real Deterministic Control Fixed Scan time: 256 points @ 2.88 ms Each bank consists of 8 input channels and has its own ground reference ASIC design without CPU Memory-map I/O No protocol and no software overhead Easy Programming and OS-independent Din-rail mounting Two-Wire Cabling Jumper setting Interface circuit

16-channel Digital Input and 16-channel Open Drain Output Module Functional Description The FR-16P16A has 16-channel isolated digital input and 16-channel open drain, while FR-4P4A has 4-channel isolated digital input and 4-channel current souring output. Not like traditional digital I/O board, the FR series I/O module has an FRnet interface and can be used as a distributed remote I/O module or a MagicWire module.The users can daisy chain several FRnet modules together. Via FRnet, the FRnet module can work with PC, PAC, £gPAC and PLC easily. Further information about the networking of FR-16P16A and FR-4P4A, refer to related literatures of I-7188EF, I-8122 and FRB-100/200. Applications Factory Automation Building automation Energy management Agriculture automation Specifications Communication speed: 250K bps Communication distance: 400m max Number of input channels: 16 (FR-16P16A); 4 (FR-4P4A); each with its own ground reference; isolated from each other Digital Logic Level Input low voltage: 0~ +/- 1V Input high voltage: 3.5 VDC ~ 30 VDC Input impedance: 3K; 1/4W Response time: 1 KHz max Number of output channels: 16 (FR-16P16A); 4 (FR-4P4A) Operating voltage: 12-45 V Current source: 650mA/channel Short-circuit protection Current limitation Overload protection Undervoltage shutdown with auto-restart and hysteresis Thermal shutdown with restart Switch inductive loads Power Requirement: 10~30V Wire cable: CPEV 0.9S (2P Twisted-pair wire) Power consumption: 24V@75mA(max) (FR-16P16A) 24V@25mA(max) (FR-4P4A) Operating temperature: -25¢XC ~ +75¢XC Operating humidity: 10% ~ 90% RH, non-condensing Storage temperature: -30¢XC ~ +85¢XC Storage humidity: 5% ~ 95% RH, non-condensing Dimensions: 103 mm x 86 mm (FR-4P4A) 173 mm x 117 mm (FR-16P16A Features Built-in FRnet interface Real I/O synchronization Innovative token-stream technology Support Broadcasting Real Deterministic Control Fixed Scan time: 256 points @ 2.88 ms Each bank consists of 8 input channels and has its own ground reference ASIC design without CPU Memory-map I/O No protocol and no software overhead Easy Programming and OS-independent Din-rail mounting Two-Wire Cabling Jumper setting Interface circuit

4-channel Isolated Digital Input and 4-channel Photo-MOS Relay output Module Functional Description All of FR-4P4POR, FR-4P4SSRA and FR-4PSSRD have the same 4-channel isolated digital input. The FR-4P4POR has another 4 photo-MOS relays. The FR-4P4SSRA has 4 AC-type solid-state relays. The FR-4P4SSRD has 4 DC-type solid-state relays. Not like traditional digital I/O board, the FR series I/O module has an FRnet interface and can be used as a distributed remote I/O module or a MagicWire module.The users can daisy chain several FRnet modules together. Via FRnet, the FRnet modules can work with PC, PAC, £gPAC and PLC easily. Further information about the networking of FR-4P4POR, FR- 4P4SSRA and FR-4P4SSRD; refer to related literatures of I-7188EF, I-8122 and FRB-100/200. Applications Factory Automation Building automation Energy management Agriculture automation Specifications Communication speed: 250K bps Communication distance: 400m max Number of input channels: each with its own ground reference; isolated from each other Digital Logic Level Input low voltage: 0~ +/- 1V Input high voltage: 3.5V DC ~ 30V DC Input impedance: 3K; 1/4W Response time: 1 KHz max Number of output channels: 4 Photo-MOS relay; Form A Turn on time: 0.7 ms; Turn-off time: 0.05 ms Output: on resistance: 23£[ Load voltage: 350V (peak AC) Continuous load current: 0.13A Nominal load Power Requirement: 10~30V Wire cable: CPEV 0.9S (2P Twisted-pair wire) Power consumption:24V@50mA(max) Operating temperature: -25¢XC ~ +75¢XC Operating humidity: 10% ~ 90% RH, non-condensing Storage temperature: -30¢XC ~ +85¢XC Storage humidity: 5% ~ 95% RH, non-condensing Dimensions: 103 mm x 86 mm Features Built-in FRnet interface Real I/O synchronization Innovative token-stream technology Support Broadcasting Real Deterministic Control Fixed Scan time: 256 points @ 2.88 ms Each bank consists of 8 input channels and has its own ground reference ASIC design without CPU Memory-map I/O No protocol and no software overhead Easy Programming and OS-independent Din-rail mounting Two-Wire Cabling Jumper setting Interface circuit

4-channel Isolated Digital Input and 4-channel Solid State Relay Output Module Functional Description All of FR-4P4POR, FR-4P4SSRA and FR-4PSSRD have the same 4-channel isolated digital input. The FR-4P4POR has another 4 photo-MOS relays. The FR-4P4SSRA has 4 AC-type solid-state relays. The FR-4P4SSRD has 4 DC-type solid-state relays. Not like traditional digital I/O board, the FR series I/O module has an FRnet interface and can be used as a distributed remote I/O module or a MagicWire module.The users can daisy chain several FRnet modules together. Via FRnet, the FRnet modules can work with PC, PAC, £gPAC and PLC easily. Further information about the networking of FR-4P4POR, FR- 4P4SSRA and FR-4P4SSRD; refer to related literatures of I-7188EF, I-8122 and FRB-100/200. Applications Factory Automation Building automation Energy management Agriculture automation Specifications Communication speed: 250K bps Communication distance: 400m max Number of input channels: each with its own ground reference; isolated from each other Digital Logic Level Input low voltage: 0~ +/- 1V Input high voltage: 3.5V DC ~ 30V DC Input impedance: 3K; 1/4W Response time: 1 KHz max Number of output channels: 4 Photo-MOS relay; Form A Turn on time: 0.7 ms; Turn-off time: 0.05 ms Output: on resistance: 23£[ Load voltage: 350V (peak AC) Continuous load current: 0.13A Nominal load Power Requirement: 10~30V Wire cable: CPEV 0.9S (2P Twisted-pair wire) Power consumption:24V@50mA(max) Operating temperature: -25¢XC ~ +75¢XC Operating humidity: 10% ~ 90% RH, non-condensing Storage temperature: -30¢XC ~ +85¢XC Storage humidity: 5% ~ 95% RH, non-condensing Dimensions: 103 mm x 86 mm Features Built-in FRnet interface Real I/O synchronization Innovative token-stream technology Support Broadcasting Real Deterministic Control Fixed Scan time: 256 points @ 2.88 ms Each bank consists of 8 input channels and has its own ground reference ASIC design without CPU Memory-map I/O No protocol and no software overhead Easy Programming and OS-independent Din-rail mounting Two-Wire Cabling Jumper setting Interface circuit

4-channel Isolated Digital Input and 4-channel Solid State Relay Output Module Functional Description All of FR-4P4POR, FR-4P4SSRA and FR-4PSSRD have the same 4-channel isolated digital input. The FR-4P4POR has another 4 photo-MOS relays. The FR-4P4SSRA has 4 AC-type solid-state relays. The FR-4P4SSRD has 4 DC-type solid-state relays. Not like traditional digital I/O board, the FR series I/O module has an FRnet interface and can be used as a distributed remote I/O module or a MagicWire module.The users can daisy chain several FRnet modules together. Via FRnet, the FRnet modules can work with PC, PAC, £gPAC and PLC easily. Further information about the networking of FR-4P4POR, FR- 4P4SSRA and FR-4P4SSRD; refer to related literatures of I-7188EF, I-8122 and FRB-100/200. Applications Factory Automation Building automation Energy management Agriculture automation Specifications Communication speed: 250K bps Communication distance: 400m max Number of input channels: each with its own ground reference; isolated from each other Digital Logic Level Input low voltage: 0~ +/- 1V Input high voltage: 3.5V DC ~ 30V DC Input impedance: 3K; 1/4W Response time: 1 KHz max Number of output channels: 4 Photo-MOS relay; Form A Turn on time: 0.7 ms; Turn-off time: 0.05 ms Output: on resistance: 23£[ Load voltage: 350V (peak AC) Continuous load current: 0.13A Nominal load Power Requirement: 10~30V Wire cable: CPEV 0.9S (2P Twisted-pair wire) Power consumption:24V@50mA(max) Operating temperature: -25¢XC ~ +75¢XC Operating humidity: 10% ~ 90% RH, non-condensing Storage temperature: -30¢XC ~ +85¢XC Storage humidity: 5% ~ 95% RH, non-condensing Dimensions: 103 mm x 86 mm Features Built-in FRnet interface Real I/O synchronization Innovative token-stream technology Support Broadcasting Real Deterministic Control Fixed Scan time: 256 points @ 2.88 ms Each bank consists of 8 input channels and has its own ground reference ASIC design without CPU Memory-map I/O No protocol and no software overhead Easy Programming and OS-independent Din-rail mounting Two-Wire Cabling Jumper setting Interface circuit

8-channel photo-MOS Relay Output Module Functional Description The FR-8/16POR has 8/16-channel photo-MOS relay output. The FR-8/16SSRA/SSRD has 8/16 solid-state relays. Not like traditional relay output board, the FR I/O module has an FRnet interface. It can be used as a distributed remote I/O module or a MagicWire module. The user should select the correct setting when using these modules. Refer to jumper setting. The user can daisy chain several FRnet modules together. Via FRnet, the FRnet modules can work with PC, PAC, £gPAC and PLC easily. Further information about the networking of FR- 8/16POR, FR-8/16SSRA and FR-8/16SSRD; refer to related literatures of I- 7188EF, I-8122, FRB-100/200. Applications Factory Automation Building automation Energy management Agriculture automation Specifications Communication speed: 250K bps Communication distance: 400m max Output: Channels: 8/16 Photo-MOS relay; Form A Turn on time: 0.7 ms; Turn off time: 0.05 ms Output: on resistance: 23£[ Load voltage: 350V (peak AC) Continuous load current: 0.13A Nominal load Power Requirement: 10~30V Wire cable: CPEV 0.9S (2P Twisted-pair wire) Power consumption: 24V@50mA(max) (FR-8POR) 24V@75mA(max) (FR-16POR) Operating temperature: -25¢XC ~ +75¢XC Operating humidity: 10% ~ 90% RH, non-condensing Storage temperature: -30¢XC ~ +85¢XC Storage humidity: 5% ~ 95% RH, non-condensing Dimensions: 103 mm x 86 mm (FR-8POR) 147 mm x 76 mm (FR-16POR) Features Built-in FRnet interface Real I/O synchronization Innovative token-stream technology Support Broadcasting Real Deterministic Control Fixed Scan time: 256 points @ 2.88 ms Each bank consists of 8 input channels and has its own ground reference ASIC design without CPU Memory-map I/O No protocol and no software overhead Easy Programming and OS-independent Din-rail mounting Two-Wire Cabling Jumper setting Interface circuit