COMPLIANCE & SAFETY
Regulatory Compliance & Safety Information for Triton Products

Values on this page are worst case for typical configurations.  This data is intended to help those performing power cost studies.  They may also be used for selecting surge suppressors and UPS. Values for worst-case current load were determine by evaluating each dispenser /ATMs combination and using the worst case load values.  The actual values that your machine requires may be different than the listed values.

Typical ATM Power Requirements for Triton ATMs

ARGO Power Requirements.

Values taken during TUV safety evaluations.  These are worst-case requirements that occurred while the ATM was dispensing.  [ Ref. as of 7/1/13 ]

Volts (V)

Power (W)

Current (A)

100

319

3.19

106

2.09

221.54

216

1.7

367.2

240

1.3

312


Traverse Power Requirements.

Values taken during TUV safety evaluations.  These are worst-case requirements that occurred while the ATM was dispensing.  [ Ref. as of 7-06-12 ]

Volts (V)

Power (W)

Current (A)

100

205.4

2.71

127

238.5

2.34


FT53XX Power Requirements.

Values taken during TUV safety evaluations.  These are worst-case requirements that occurred while the ATM was dispensing.  [ Ref. as of 10/23/08 ]

Volts (V)

Power (W)

Current (A)

108

146

1.39

120

147

1.3

220

169

0.89

230

161

0.85

240

160

0.77


RL53XX Power Requirements.

Values taken during TUV safety evaluations.  These are worst-case requirements that occurred while the ATM was dispensing.  [ Ref. as of 09/04/08 ]

Volts (V)

Power (W)

Current (A)

108

80.5

0.78

120

108

0.79

220

116

0.63

230

109

0.66

240

121

0.53


RL16XX/ RL23XX Power Requirements.

Values taken during TUV safety evaluations.  These are worst-case requirements that occurred while the ATM was dispensing.  [ Ref. as of 12-29-09 ]

Volts (V)

Power (W)

Current (A)

100

116

1.7

120

124

1.58

220

120

0.96

230

123

0.91

240

135

0.95


FT5XX Power Requirements.

Values taken during TUV safety evaluations.  These are worst-case requirements that occurred while the ATM was dispensing.  The "typical"? configuration was a base model FT51XX. These values will vary between FT51XX ATMs.. [ Ref. as of 11/12/03 ]

Volts (V)

Power (W)

Current (A)

108

146

1.39

120

147

1.30

220

169

0.89

230

161

0.85

240

160

0.82


RL51XX Power Requirements (single power supply models)

Values taken during TUV safety evaluations. These are worst-case requirements that occurred while the ATM was dispensing. The ‚Äútypical‚Ä? configuration was a base model with a single power supply (i.e. used a TDM-100) and included a high topper. These values may vary between machines. [ Ref. as of 11/18/05 ]

Volts (V)

Power (W)

Current (A)

108

45.5

0.64

120

47.0

0.61

220

50.1

0.34

230

56

0.46

240

49.9

0.37


RL51XX Power Requirements (dual power supply models)

Values taken during TUV safety evaluations. These are worst-case requirements that occurred while the ATM was dispensing. The "typical" configuration was a base model with a dual power supply (i.e. SDD, NMD-50, etc.. ) and included a high topper. These values may vary between machines. [ Ref. as of 11/18/05 ]

Volts (V)

Power (W)

Current (A)

108

80.5

0.78

120

108

0.79

220

116

0.63

230

109

0.66

240

121

0.53


RT2xx: 

During TUV safety evaluations, these values are taken while the ATM was in idling mode with optional AC heater fan assembly and different power supply installed.  These values may vary between machines. [ Ref. as of 12/10/04

With power supply Artesyn model NFS 110-7602

Volts (V)

Power (W)

Current (A)

100

209

2.24

120

265

2.23

220

249

1.18

230

266

1.20

240

284

1.22

264

330

1.29

With power supply Condor model GLC75P

Volts (V)

Power (W)

Current (A)

100

202

2.18

120

263

2.33

220

253

1.18

230

262

1.19

240

278

1.24

264

321

1.27


91xx:  Power Requirements
(single power supply models)

Values taken during TUV safety evaluations.  These are worst-case requirements that occurred while the ATM was dispensing.  The "typical" configuration was a base model with a single power supply (i.e. used a TDM-100) and included a high topper. These values may vary between machines. [ Ref. as of 05/27/05 ]

Volts (V)

Power (W)

Current (A)

108

45.5

0.64

120

47.0

0.61

220

50.1

0.34

230

56.0

0.46

240

49.9

0.37

254

51.6

0.36


Power Requirements
(dual power supply models)
Values taken during TUV safety evaluations.  These are worst-case requirements that occurred while the ATM was dispensing.  The "typical" configuration was a base model with a dual power supply (i.e. SDD, NMD-50, etc.. ) and included a high topper. These values may vary between machines.

Volts (V)

Power (W)

Current (A)

108

80.5

0.78

120

108

0.79

220

116

0.63

230

109

0.66

240

121

0.53

254

125

0.59

With Mean Well power supply model PQ-1000TR and
let ATM start up cycling through functions

Volts (V)

Power (W)

Current (A)

100

105

1.6

120

106

2.16

230

127

1.02

240

130

1.13

254

129

0.95


97xx: 

The unit was connected to a variable voltage as indicated and then operated normally under the conditions noted below until well warmed.  The input current and average power were measured. [ Ref. as of 04/26/02 ]

All 97xx use Seiko printer and each model includes different dispenser.  9700 with SDD, 9710 with MiniMech 10 and 9705 with TDM-100 dispenser.

 
Operating Condition Volt (V) Freq (Hz) Current (A) Power (W)
9700 Dispensing
108
60
1.4
100
9700 Printing
108
60
0.6
48
9700 Dispensing
254
50
0.78
109
9700 Printing
254
50
0.42
57.5
9700 Dispensing
240
50
0.82
109
9700 Printing
240
50
.043
65
9700 Dispensing
120
60
1.34
107
9700 Printing
120
50
0.65
60
9710 Printing
240
50
0.51
77
9710 Dispensing
240
50
0.419
59
9710 Printing
120
60
0.847
73.5
9710 Dispensing
120
60
0.657
55.7
9710 Printing
240
50
0.5
87
9710 Dispensing
240
50
0.31
49
9710 Printing
120
60
0.532
45.4
9710 Dispensing
120
60
1.06
93

98xx:

The unit was connected to a variable voltage as indicated and then operated normally under the conditions noted below until well warmed.  The input current and average power were measured. [ Ref. as of 07/12/02 ]

 
Operating Condition Volt (V) Freq (Hz) Current (A) Power (W)
9850 Dispensing (NMD-50)
120
60
1.62
126
9850 Dispensing (NMD-50)
240
60
1.1
140
9850 Dispensing (NMD-50)
240
50
1.1
137
9800 Dispensing (SDD)
120
60
1.91
130
9800 Dispensing (SDD)
240
50
1.28
144
9840 Dispensing (TDM-100)
120
60
1.46
166
9840 Dispensing (TDM-100)
240
50
1.24
140

If you have further compliance specific questions, please direct them to Compliance@triton.com
If you have technical support questions please contact Triton Tech Support.