Overload Protection Devices English

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No.ParameterDataData whenshipmentContents123456789101112ParameterLockMotor VoltageMotor kWStart TimeProcessHigh2 LevelProcess[1]Shock Time H2Output Relay H2High1 LevelProcess[1]Shock Time H1Output Relay H1Low LevelProcess[1](1)Unlocked(2)Locked(1)200-230V(2)380-460V0.1 110kW0.1 20.0s1 8−200 −5%5 200%MIN,0.1 10s(1)Self-Hold(2)Auto-Reset−200 −5%5 200%MIN,0.1 10s(1)Self-Hold(2)Auto-Reset−99 0 99%All parameters can be changed.(1)Parameters other than this parameter cannot be changed.Motor voltage 3 phase 200V class(1)Motor voltage 3 phase 400V class0.75 Setting motor capacity3.0s Setting the start time1 Number of process100% Higher 2 level of process 11.0s(1)80%1.0s(2)0%Higher 2 shock timeSelecting the upper limit 2output operation mode.Higher 1 level of process 1Higher 1 shock timeSelecting the upper limit 1output operation mode.Lower level of process 11314151617181920212223Shock Time LOutput Relay LMotor EfficiencyResponseInhibit TimeAuto InhibitPower/TorqueH2Relay LogicOutput SelectLCD BacklightTrip TestMIN,0.1 10s(1)Self-Hold(2)Auto-Reset10 100%1 50timesIH,0.1 10s(1)On(2)Off(1)Power(2)Torque(1)Fail Safe(2)Nomal Logic(1)−200 200%(2)0 200%(1)Always(2)2min(1)Motor on/off(2)Motor off1.0s(1)100%5timesIH(2)(1)(2)(2)(1)(1)Lower shock timeSelecting the lower limit outputoperation mode.Motor efficiency.Number of moving average sampling operationsInhibit timeSetting the auto inhibit function.Monitor with motor input powerMonitor with the torque calculated by the powerSelecting the fail-safe operation.Selecting the analog output.Keeping the backlight on at all times.Turning the backlight off two minutes after key operation.Selecton of test mode duringmotor operation 139
140 Function Basic model Economical modelHIGH1 HIGH2 LOW Torque monitoring function No. of selection of detection level(No. of process to monitor)84Monitoring negative torque Load detection
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devices
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Unit mmModel No.1 MaximumSet torque
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Set torque rangeModel No.Nm{kf-m}TG
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UnitmmModel No.Set torque rangeNm{k
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Service factorOperating conditions1
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Unit: mmModel No. Spigot diameter M
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AC typeDC typeModel no. TGS8 TGS8DP
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TGX20H15J5.0TGX50MCT352C5029.532
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Torque GuardModel No.Set torque ran
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IL ItK IS GD2 L GD 2 tKTS K GD TL
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N23S1.551.8538101213141516171819202
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40 Unit: mm10121314151617181
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Set torque range Max. rpmModel No.N
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Model No.Amount of movementmmForce
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TGZ30L25J1.8 TGZ30LCT25JC35E1.850
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Unit : mmCoil springTorque Guard Se
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Page 59 and 60:
measurementModelSno.TGZ20 40TGZ30 5
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TL3501B6.520JTL3502CT20JC40J9.0
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TL10TL14, TL20 Model No.
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TL200-C TL250-C, TL350-C TL500-C, T
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Number ofSpecial camsRotational det
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TGA150 67
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Model No. Axial direction load for
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B C D E F G H I J K L M N P J CMode
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Kyodo Oil Sumitomo Lubricant Dow Co
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787878
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⎞⎟⎠MotorkW132907522113.70.20.
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TSBSCS06 TSBSCD TSBSCC0530TSBSCS34
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85 TSBSCB06TSBSCS06TSBSCC05TSBSC
Page 91 and 92: No. Menu8 Start timeParameterInitia
Page 93 and 94: 10000100010010125301520105110000100
Page 96 and 97: TSBSCB06, TSBSCB34, TSBSCB60TSBSCS0
Page 99 and 100: TSB020ED196
Page 101 and 102: 97 98
Page 103 and 104: Power supply: AC200/ 220VMotors(kW)
Page 105 and 106: 101 102
Page 107 and 108: TSBSA05TSBSA10TSBSA30TSBSA60TSBSA10
Page 109 and 110: TSBSA05
Page 111 and 112: TSBSU05-2 AC 200V class 3 phase mot
Page 113 and 114: TSB 50COM & COM-A Moto
Page 115 and 116: 112
Page 117 and 118: 113 114
Page 119 and 120: 116
Page 121 and 122: Unit : mmModel No.Setting torque ra
Page 123 and 124: 120
Page 125 and 126: as a
Page 127 and 128: MEMO124
Page 129 and 130: 125 126
Page 131 and 132: 128
Page 133 and 134: 130
Page 135 and 136: ItemModel No.TSM300012 Basic typeTS
Page 137 and 138: 134
Page 139 and 140: 136
Page 141: NameControl powersupplyGroundCurren
Page 145 and 146: 142
Page 147 and 148: 144
Page 149 and 150: NameControl powersupply voltageGrou
Page 151 and 152: NameControl powersupply voltageGrou
Page 153 and 154: MEMO150
Page 156: 1-3 Kannabidai 1-chomeKyotanabe, Ky
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Overload Protection Devices English

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