Hetronic RXMFS-AC16R RX_MFS-AC16 User Manual RX MFS AC16R User s Manual Rev 5

Hetronic International Inc RX_MFS-AC16 RX MFS AC16R User s Manual Rev 5

Users Manual Rev 5

User’s Manual RX_MFS-AC16R
Research and Development Technical Documentation Revision Project: Page 5 Description: RX_MFS-AC16R 2 of 14 1. TABLE OF CONTENTS 1.TABLE OF CONTENTS ................................................................................................................................ 22.CPU PROJECT DESCRIPTION .................................................................................................................... 33.CPU TECHNICAL SPECIFICATION ........................................................................................................... 44.CPU CONNECTION DIAGRAM .................................................................................................................. 55.CPU ASSEMBLY DESCRIPTION ................................................................................................................ 66.PWR PROJECT DESCRIPTION .................................................................................................................... 97.PWR TECHNICAL SPECIFICATION ........................................................................................................ 108.PWR CONNECTION DIAGRAM ............................................................................................................... 119.PWR ASSEMBLY DESCRIPTION ............................................................................................................. 12
Research and Development Technical Documentation Revision Project: Page 5 Description: RX_MFS-AC16R 3 of 14 2. CPU PROJECT DESCRIPTION RX_MFS-AC16_CPU is a 2.4GHz Receiver / Controller board with 15 programmable output channels. Two Controllers are used for Redundant Main Contact cross-checking with dedicated DK31 outputs for enhanced Safety. Two isolated digital inputs are provided for monitoring external processes. Can be stacked with a RX MFS-AC16R PWR board to make a complete receiver. Fits the CHR-2 housing. The RX_MFS-AC16-2G4 uses a 2.4GHz transceiver for RF reception and transmission. The transceiver uses OQPSK-DSSS modulation. The 2 operation channels (primary and secondary) can be set to 2 of 16 available channels. Additionally, this unit always sends a feedback telegram upon data reception. The RX_MFS-AC16-2G4 includes a repeater option which can be used to extend the operation range of a complete 2.4GHz remote control system. This option can only be enabled via H-Link. All programmable options are configurable by 2.4GHz equipped H-Link units. FCC ID: LW9-RXMFS-AC16R IC ID: 2119B-RXMFSAC16R Note: Operation is subject to the following two conditions: (1) this device may not cause interference, and (2) this device must accept any interference, including interference that may cause undesired operation of the device. Note: The user is cautioned that changes or modifications not expressly approved by the party responsible for compliance could void the user’s authority to operate the equipment. Note: The antenna(s) used for this transmitter must be installed to provide a separation distance of at least 20cm from all persons. The antenna(s) used for this transmitter must not transmit simultaneously with any other antenna or transmitter, except in accordance with FCC and IC multi-transmitter product procedures. Remarque : L'opération est soumis à deux conditions suivantes: (1) ce dispositif ne peut pas causer de brouillage, et (2) ce dispositif doit accepter toute interférence, y compris le brouillage qui peut causer intempestif de fonctionnement du dispositif. Remarque : L'utilisateur est averti que les changements ou modifications non expressément approuvées par la partie responsable de la conformité pouvaient annuler l'autorisation l'utilisateur à faire fonctionner l'équipement. Remarque : L'utilisation utilisée pour cet émetteur doit être installée pour fournir une distance de séparation d'au moins 20 cm de toutes les personnes. L'utilisation utilisée pour cet émetteur ne doit pas transmettre simultanément avec une autre antenne ou émetteur, sauf conformément aux procédures de produits multi-transmitter de FAC et IC. 
Research and Development Technical Documentation Revision Project: Page 5 Description: RX_MFS-AC16R 4 of 14 3. CPU TECHNICAL SPECIFICATION Temperature Range -25o to +70o Celsius Supply Voltage Range 6 to 14Vdc Supply Current <90mA at 12Vdc input Outputs RF: Feedback/H-Link Data 15 Digital Outputs 2 DK 32 Logic Level 2 DK31 Open-Collector Buzzer: Open-Collector 50mA to Vcc Inputs RF: Control/H-Link Data ISO Digital - Common to Input1 or Input2: 8 to 240Vdc, 20 to 240Vac ISO Digital (Common1 LV to Input1 LV) 1 to 5Vdc ISO Digital (Common2 LV to Input2 LV) 1 to 5Vdc NOT ISO Analog (Ground to Analog IN1 or Analog IN2) 0 to 5Vdc Jumpers J1 through J4: Custom configurations. J5 Open (default): Closed = un-modulated R.F. Transmit Test Mode J5 and J1 closed for modulated R.F. Transmit Test Mode J5 and J1 and J2 closed for R.F. Receive Test Mode
Research and Development Technical Documentation Revision Project: Page 5 Description: RX_MFS-AC16R 5 of 14 4. CPU CONNECTION DIAGRAM The following items may be omitted or expanded upon as required. 4.1. Internal Connections
Research and Development Technical Documentation Revision Project: Page 5 Description: RX_MFS-AC16R 6 of 14 5. CPU ASSEMBLY DESCRIPTION 5.1. Test / Programming Jumper Configuration J5 closed for un-modulated R.F. Transmit test mode J5 and J1 closed for modulated R.F. Transmit test mode J5 and J1 and J2 closed for R.F. Receive test mode. 5.2. Operational Jumper Configuration All Jumpers Open = Default J1 through J4 allow for custom configurations. 5.3. Wiring Default wiring configuration includes Buzzer. Default wiring configuration does not include connections to Digital Inputs. Function Pad Name Connector Pin-out Buzzer Positive BZ + Internal Buzzer Negative BZ - Internal Digi. IN Common W2A and W2B 22 Isolated- Pads are connectedDigi. IN 1 W1 23 Isolated Digi. IN 2 W3 24 Isolated Digi. IN 1 LV Common W5 option Isolated Digi. IN 2 LV Common W7 option Isolated Digi IN 1 LV W4 option Isolated Digi IN 2 LV W6 option Isolated Analog IN 1 W9 option Warning!! Not isolated Analog IN 1 Ground W10 option Warning!! Not isolated Analog IN 2 W11 option Warning!! Not isolated Analog IN 2 Ground W12 option Warning!! Not isolated
Research and Development Technical Documentation Revision Project: Page 5 Description: RX_MFS-AC16R 7 of 14 5.4. Glue and Lacquer Masks  Glue Placement: Glue Horn wires to CPU board as shown.  Label Placement: Place label as shown.
Research and Development Technical Documentation Revision Project: Page 5 Description: RX_MFS-AC16R 8 of 14  Lacquer Mask: Cover the marked areas of the board assembly before lacquering. Use only Hetronic approved lacquer.
Research and Development Technical Documentation Revision Project: Page 5 Description: RX_MFS-AC16R 9 of 14 6. PWR PROJECT DESCRIPTION RX_MFS-AC16_PWR is a Relay Board with 16 Outputs. Includes two Safety Relays with feedback signals for redundant, cross-checking Main Contacts, 13 SPST relays and two DPST relays. Coil supply voltage is switched using AND logic. RX_MFS-AC16_PWR can be stacked with a RX MFS-AC16R CPU control board to make a complete receiver. Fits CHR-2 housing.
Research and Development Technical Documentation Revision Project: Page 5 Description: RX_MFS-AC16R 10 of 14 7. PWR TECHNICAL SPECIFICATION Temperature Range -25o to +70o Celsius Supply Voltage Range 40-240 VAC Power Supply 10.5Vdc ±20% Jumpers J1,2 Fuse Bypass (default open) J3 DK32 Combined (default closed) Outputs Vdd = Supply for Relay Coils and CPU board 15 Relay Outputs (5A max each) Two Main Contact (8A Max) with available break-out connection. Main Contact Feedback signals for each Safety Relay Inputs Two DK32 – Switched High from Logic Two DK31 – Switched Low from Open-Collector UB1: for Outputs 1 through 8, 40-240 VAC UB2: for Outputs 9 through 11, 40-240 VAC UB3: for Outputs 12 through 15, 40-240 VAC
Research and Development Technical Documentation Revision Project: Page 5 Description: RX_MFS-AC16R 11 of 14 8. PWR CONNECTION DIAGRAM 8.1. Internal Connections
Research and Development Technical Documentation Revision Project: Page 5 Description: RX_MFS-AC16R 12 of 14 9. PWR ASSEMBLY DESCRIPTION 9.1. Operational Jumper Configuration J3 Closed = Default J3 Open = Combined DK32 Switched Output enable. 9.2. Wiring Function Pad Name Connector Pinout AC IN (N) W1 1 AC IN (L1) W2 2 MC OUT W3 3 UB1 W4 4 K1 W5 5 K2 W6 6 K3 W7 7 K4 W8 8 K5 W9 9 K6 W10 10 K7 W11 11 K8 W12 12 UB2 W13 13 K9 W14 14 K10 W15 15 K11 W16 16 UB3 W17 17 K12 W18 18 K13 W19 19 K14 N.O. W20 20 K15 N.O. W21 21 MC Loop-Thru W22 Internal or Break-OutMC Loop-Thru W22A Internal or Break-OutDigi. IN Common CPU Brd. 22 Digi. IN1 CPU Brd. 23 K14 N.C. W20A option Digi. IN 2 CPU Brd. 24 K15 N.C. W21A option
Research and Development Technical Documentation Revision Project: Page 5 Description: RX_MFS-AC16R 13 of 14 9.3. Glue and Lacquer Masks  Glue Placement: Glue tall components to board as shown.  Label Placement: Place label as shown.  Lacquer Mask: Cover the marked areas of the board assembly before lacquering. Use only Hetronic approved lacquer.
Research and Development Technical Documentation Revision Project: Page 5 Description: RX_MFS-AC16R 14 of 14  Trim Relay lead length to 1.5mm or less:

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