Altronix T2MK3F4 Trove2-Mercury Kits with Fused Outputs Installation Guide

June 4, 2024
Altronix

Altronix T2MK3F4 Trove2-Mercury Kits with Fused Outputs

Access & Power Integration

Altronix Trove2/Mercury Kits with Fused Outputs

4 Door Kits:

**T2MK3F4**

Fully assembled kit includes:

  • Trove2 enclosure with TM2 Altronix/Mercury backplane
  • (1) eFlow6NB – Power Supply/Charger
  • (1) ACM4 – Fused Access Power Controller
  • (1) VR6 – Voltage Regulator
  • (1) PDS8 – Dual Input Power Distribution Module

**T2MK3F4Q**

Fully assembled kit includes:

  • Trove2 enclosure with TM2 Altronix/Mercury backplane
  • (1) eFlow6NB – Power Supply/Charger
  • (1) LINQ2 – Network Communications Module
  • (1) ACM4 – Fused Access Power Controller
  • (1) VR6 – Voltage Regulator
  • (1) PDS8 – Dual Input Power Distribution Module
8 Door Kits:

T2MK3F8

Fully assembled kit includes:

  • Trove2 enclosure with TM2 Altronix/Mercury backplane
  • (1) eFlow6NB – Power Supply/Charger
  • (1) ACM8 – Fused Access Power Controller
  • (1) VR6 – Voltage Regulator
  • (1) PDS8 – Dual Input Power Distribution Module

T2MK3F8Q

Fully assembled kit includes:

  • Trove2 enclosure withTM2 Altronix/Mercury backplane
  • (1) eFlow6NB – Power Supply/Charger
  • (1) LINQ2 – Network Communications Module
  • (1) ACM8 – Fused Access Power Controller
  • (1) VR6 – Voltage Regulator
  • (1) PDS8 – Dual Input Power Distribution Module

T2MK7F8

Fully assembled kit includes:

  • Trove2 enclosure withTM2 Altronix/Mercury backplane
  • (1) eFlow104NB – Power Supply/Charger
  • (1) ACM8 – Fused Access Power Controller
  • (1) VR6 – Voltage Regulator
  • (1) PDS8 – Dual Input Power Distribution Module

T2MK7F8Q

Fully assembled kit includes:

  • Trove2 enclosure with TM2 Altronix/Mercury backplane
  • (1) eFlow104NB – Power Supply/Charger
  • (1) LINQ2 – Network Communications Module
  • (1) ACM8 – Fused Access Power Controller
  • (1) VR6 – Voltage Regulator
  • (1) PDS8 – Dual Input Power Distribution Module
16 Door Kits:

**T2MK75F16**

Fully assembled kit includes:

  • Trove2 enclosure with TM2 Altronix/Mercury backplane and TMV2 door backplane
  • (1) eFlow104NB and (1) eFlow102NB -Power Supply/Chargers
  • (2) ACM8 – Fused Access Power Controllers
  • (1) PD16W – Power Distribution Module

**T2MK75F16Q**

Fully assembled kit includes:

  • Trove2 enclosure with TM2 Altronix/Mercury backplane and TMV2 door backplane
  • (1) eFlow104NB and (1) eFlow102NB – Power Supply/Chargers
  • (1) LINQ2 – Network Communications Module
  • (2) ACM8 – Fused Access Power Controllers
  • (1) PD16W – Power Distribution Module

**T2MK77F16**

Fully assembled kit includes:

  • Trove2 enclosure with TM2 Altronix/Mercury backplane and TMV2 door backplane
  • (2) eFlow104NB – Power Supply/Chargers
  • (2) ACM8 – Fused Access Power Controllers
  • (1) VR6 – Voltage Regulator
  • (1) PDS8 – Dual Input Power Distribution Module

**T2MK77F16Q**

Fully assembled kit includes:

  • Trove2 enclosure with TM2 Altronix/Mercury backplane and TMV2 door backplane
  • (2) eFlow104NB – Power Supply/Chargers
  • (1) LINQ2 – Network Communications Module
  • (2) ACM8 – Fused Access Power Controllers
  • (1) VR6 – Voltage Regulator
  • (1) PDS8 – Dual Input Power Distribution Module

All components of these Trove kits are UL Listed sub-assemblies.
Please refer to the included corresponding Sub-Assembly Installation Guides for further information

Installation Guide

All registered trademarks are property of their respective owners.

Overview

Altronix Trove Mercury kits are pre-assembled and consist of Trove2M2 enclosure/backplane with factory installed Altronix power supply/charger(s) and subassemblies. These kits also accommodate various combinations of Mercury boards for up to sixteen (16) doors in a single enclosure

Configuration Chart

Altronix Model Number| Networkable| 120VAC 60Hz
Input Current (A)| Power Supply Board Input Fuse Rating| Power Supply Board Battery Fuse Rating| Nominal DC Output Voltage| Maximum Supply Current for Main and Aux. Outputs on Power Supply board and ACM4/ACM8 Access Power Controller’s outputs| Fail-Safe/Fail-Secure or Dry Form “C” Outputs| Current Per ACM4/ACM8 Output (A)| ACM4/ACM8 Board Input Fuse Rating| ACM4/ACM8 Board Output Fuse Rating| PDS8 Board
Input Fuse Rating| PDS8 Board
Output Fuse Rating| PD8UL/PD16W Board Output Fuse Rating
---|---|---|---|---|---|---|---|---|---|---|---|---|---
Power Supply 1| Power Supply 2
[DC]| [Aux]| [DC]| [Aux]
Output Range (VDC)| Output Range (VDC)| Output Range (VDC)| Output Range (VDC)
T2MK3F4| –| 3.5| 5A/ 250V| 10A/ 32V| 20.19- 26.4| 20.19- 26.4| –| –| 24VDC @ 5.8A| 4| 2.5| 10A/ 250V| 3A/ 250V| 10A/ 250V| 3A/ 250V| –
T2MK3F4Q| P| 3.5| 5A/ 250V| 10A/ 32V| 20.19- 26.4| 20.19- 26.4| –| –| 24VDC @ 5.8A| 4| 2.5| 10A/ 250V| 3A/ 250V| 10A/ 250V| 3A/ 250V| –
T2MK3F8| –| 3.5| 5A/ 250V| 10A/ 32V| 20.19- 26.4| 20.19- 26.4| –| –| 24VDC @ 5.8A| 8| 2.5| 10A/ 250V| 2.5A/ 250V| 10A/ 250V| 3A/ 250V| –
T2MK3F8Q| P| 3.5| 5A/ 250V| 10A/ 32V| 20.19- 26.4| 20.19- 26.4| –| –| 24VDC @ 5.8A| 8| 2.5| 10A/ 250V| 2.5A/ 250V| 10A/ 250V| 3A/ 250V| –
T2MK7F8| –| 4.5| 6.3A/ 250V| 15A/ 32V| 20.17- 26.4| 20.28- 26.4| –| –| 24VDC @ 9.2A| 8| 2.5| 10A/ 250V| 2.5A/ 250V| 10A/ 250V| 3A/ 250V| –
T2MK7F8Q| P| 4.5| 6.3A/ 250V| 15A/ 32V| 20.17- 26.4| 20.28- 26.4| –| –| 24VDC @ 9.2A| 8| 2.5| 10A/ 250V| 2.5A/ 250V| 10A/ 250V| 3A/ 250V| –
T2MK75F16| –| 8| 6.3A/ 250V| 15A/ 32V| 20.17- 26.4| **** 20.28- 26.4| 9.7- 13.2| 10.03- 13.2| 12VDC @ 9.3A
24VDC @ 9.2A| 16| 2.5| 10A/ 250V| 2.5A/ 250V| –| –| 3.5A/ 250V
5A/ 250V
T2MK75F16Q| P| 8| 6.3A/ 250V| 15A/ 32V| 20.17- 26.4| 20.28- 26.4| 9.7- 13.2| 10.03- 13.2| 12VDC @ 9.3A
24VDC @ 9.2A| 16| 2.5| 10A/ 250V| 2.5A/ 250V| –| –| 3.5A/ 250V
5A/ 250V
T2MK77F16| –| 9| 6.3A/ 250V| 15A/ 32V| 20.17- 26.4| 20.28- 26.4| 20.17- 26.4| 20.28- 26.4| 24VDC @ 9.2A| 16| 2.5| 10A/ 250V| 2.5A/ 250V| 10A/ 250V| 3A/ 250V| –
T2MK77F16Q| P| 9| 6.3A/ 250V| 15A/ 32V| 20.17- 26.4| 20.28- 26.4| 20.17- 26.4| 20.28- 26.4| 24VDC @ 9.2A| 16| 2.5| 10A/ 250V| 2.5A/ 250V| 10A/ 250V| 3A/ 250V| –

Installation Instructions:

Wiring methods shall be in accordance with the National Electrical Code/NFPA 70/ANSI, and with all local codes and authorities having jurisdiction.
Product is intended for indoor use only.

  1. Remove backplane(s) from enclosure. Do not discard hardware.

  2. Mark and predrill holes in the wall to line up with the top three keyholes in the enclosure. Install three upper fasteners and screws in the wall with the screw heads protruding. Place the enclosure’s upper keyholes over the three upper screws, level and secure. Mark the position of the lower three holes. Remove the enclosure. Drill the lower holes and install the three fasteners. Place the enclosure’s upper keyholes over the three upper screws. Install the three lower screws and make sure to tighten all screws.

  3. Mount included UL Listed tamper switch (Altronix Model TS112 or equivalent) in desired location, opposite hinge. Slide the tamper switch bracket onto the edge of the enclosure approximately 2” from the right side (Fig. 1, pg. 2). Connect tamper switch wiring to the Access Control Panel input or the appropriate UL Listed reporting device. To activate alarm signal open the door of the enclosure.

  4. Refer to the eFlow Power Supply/Charger Installation Guide for eFlow6NB, eFlow102NB, eFlow104NB and
    Sub-Assembly Installation Guide for the following models: ACM4, ACM8, LINQ2, PDS8, VR6 for further installation instructions.

  5. Fasten snap on spacers onto metal pems configuration of backplane depending on the Mercury access controller (Fig. 2-5, pg. 3-6).

  6. Position Mercury access controller module over corresponding spacers and depress onto snap on spacers (Fig. 2-5, pg. 3-6).

  7. Mount backplane to enclosure with hardware.

T2MK3F4, T2MK3F4Q, T2MK3F8, T2MK3F8Q: Configuration of Mercury Boards:
  1. Fasten snap on spacers onto metal pems configuration (A), (B), (C) or (D) of backplane depending on the access controller (Fig. 2, pg. 3).
  2. Position access controller module over corresponding spacers and depress onto snap on spacers (Fig. 2a, pg. 3).
  3. Mount backplane to enclosure with hardware.
Access Controller Position Chart for the Following Models:
Mercury Access Controller Pem Mounting
EP1502, MR52, MR16IN, MR16OUT A
EP2500, MUX8 B
EP1501, MR51e C
MR50 D

T2MK7F8, T2MK7F8Q: Configuration of Mercury Boards:
  1. Fasten snap on spacers onto metal pems configuration (A), (B), (C) or (D) of backplane depending on the access controller (Fig. 3, pg. 4).
  2. Position access controller module over corresponding spacers and depress onto snap on spacers (Fig. 3a, pg. 4).
  3. Mount backplane to enclosure with hardwar
Access Controller Position Chart for the Following Models:
Mercury Access Controller Pem Mounting
EP1502, MR52, MR16IN, MR16OUT A
EP2500, MUX8 B
EP1501, MR51e C
MR50 D

T2MK75F16, T2MK75F16Q: Configuration of Mercury Boards:
  1. Fasten snap on spacers onto metal pems configuration (A), (B), (C) or (D) of backplane depending on the access controller (Fig. 4, pg. 5).
  2. Position access controller module over corresponding spacers and depress onto snap on spacers (Fig. 4a, pg. 5).
  3. Mount backplane to enclosure with hardware.
Access Controller Position Chart for the Following Models:
Mercury Access Controller Pem Mounting
EP1502, MR52, MR16IN, MR16OUT A
EP2500, MUX8 B
EP1501, MR51e C
MR50 D

T2MK77F16, T2MK77F16Q: Configuration of Mercury Boards:
  1. Fasten snap on spacers onto metal pems configuration (A), (B), (C) or (D) of backplane depending on the access controller (Fig. 5, pg. 6).
  2. Position access controller module over corresponding spacers and depress onto snap on spacers (Fig. 5a, pg. 6).
  3. Mount backplane to enclosure with hardware.
Access Controller Position Chart for the Following Models:
Mercury Access Controller Pem Mounting
EP1502, MR52, MR16IN, MR16OUT A
EP2500, MUX8 B
EP1501, MR51e C
MR50 D

TMV2 (T2MK75F16, T2MK75F16Q, T2MK77F16, and T2MK77F16Q):

TMV2 accommodates a variety of Mercury boards with or without Altronix sub- assemblies for access systems.

Configuration of Mercury and/or Altronix Boards

Mercury Access Controllers:

  1. Fasten spacers onto metal pems configuration (A) (B) of backplane depending on the access controller (Fig. 6, pg. 7).
  2. Position access controller module over corresponding spacers and depress onto snap on spacers (Fig. 6a, pg. 7).
  3. Mount backplane to enclosure with hardware.

Altronix Sub-Assemblies and/or Adapters:

  1. Fasten spacers to pems which match the hole pattern (C) for Altronix Sub-Assemblies (Fig. 6, 6a, pg. 7).
  2. Mount boards to spacers utilizing pan head screws provided with the product (Fig. 6, pg. 7
Access Controller Position Chart for the Following Models:

Mercury


Access Controller|

Pem Mounting

EP1502, MR52, MR16IN, MR16OUT| A
EP2500, MUX8| B

Altronix

Sub-Assembly or Adapter

|

Pem Mounting

ACM4(CB), MOM5, PD4UL(CB), PD8UL(CB), PDS8(CB), VR6, GB1 (Genetec Synergis Cloud Link adapter plate)| C

Enclosure Dimensions (H x W x D approximate):

27.25” x 21.5” x 6.5” (692.2mm x 552.5mm x 165.1mm)

Altronix is not responsible for any typographical errors.
140 58th Street, Brooklyn, New York 11220 USA | phone:718-567-8181 | fax: 718-567-9056
web site:www.altronix.com | e-mail: info@altronix.com | Lifetime Warranty
IITrove2/Mercury Fused Kits

Documents / Resources

| Altronix T2MK3F4 Trove2-Mercury Kits with Fused Outputs [pdf] Installation Guide
T2MK3F4 Trove2-Mercury Kits with Fused Outputs, T2MK3F4, Trove2-Mercury Kits with Fused Outputs, Fused Outputs, Outputs
---|---
| Altronix T2MK3F4 Trove2-Mercury Kits with Fused Outputs [pdf] Installation Guide
T2MK3F4, T2MK3F8, T2MK75F16, T2MK3F4Q, T2MK3F8Q, T2MK77F16Q, T2MK75F16Q, T2MK7F8, T2MK7F8Q, T2MK77F16, T2MK3F4 Trove2-Mercury Kits with Fused Outputs, T2MK3F4, Trove2-Mercury Kits with Fused Outputs, Trove2-Mercury Kits, Mercury Kits

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