L1000A

Wysokowydajne sterowanie wektorem

Falownik L1000A zapewnia zaawansowane funkcje sterowania dla silnika indukcyjnego i synchronicznego w zastosowaniach windowych. Ponadto L1000A jest szybko instalowany i ma możliwość obsługi niemal każdej windy.

Wysoki początkowy moment obrotowy (200%/ 0,3 Hz OLV, 200%/ O Hz CLV)
Zaawansowana automatyczna regulacja dla silników indukcyjnych i synchronicznych
Język windy (Hz, m/s, obr./min, prędkość wyrównania...)
Funkcja operacji ratunkowej
Kontrola przesterowania i antywibracji
Komunikacja Fieldbus: CANopen
Wbudowane zabezpieczenia: EN954-1 kat. 3, stop kat 0, ISO EN13849-1 PLd, IEC 61508 SIL 2 i EN81-1

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Modele i specyfikacja

Ordering information

L1000A

Specifications			Order code
	Heavy Duty		Standard	Special model (A3 Brake monitoring/DCP3)
400 V	1.5 kW	4.8 A	CIMR-LC4F0005BAC	CIMR-LC4F0005BAC-9130
	2.2 kW	5.5 A	CIMR-LC4F0006BAC	CIMR-LC4F0006BAC-9130
	4.0 kW	9.2 A	CIMR-LC4F0009BAC	CIMR-LC4F0009BAC-9130
	5.5 kW	14.8 A	CIMR-LC4F0015BAC	CIMR-LC4F0015BAC-9130
	7.5 kW	18 A	CIMR-LC4F0018BAC	CIMR-LC4F0018BAC-9130
	11 kW	24 A	CIMR-LC4F0024BAC	CIMR-LC4F0024BAC-9130
	15 kW	31 A	CIMR-LC4F0031BAC	CIMR-LC4F0031BAC-9130
	18.5 kW	39 A	CIMR-LC4F0039BAC	CIMR-LC4F0039BAC-9130
	22 kW	45 A	CIMR-LC4F0045BAC	CIMR-LC4F0045BAC-9130
	30 kW	60 A	CIMR-LC4F0060BAC	CIMR-LC4F0060BAC-9130
	37 kW	75 A	CIMR-LC4F0075BAC	CIMR-LC4F0075BAC-9130
	45 kW	91 A	CIMR-LC4F0091BAC	CIMR-LC4F0091BAC-9130
	55 kW	112 A	CIMR-LC4F0112BAC	CIMR-LC4F0112BAC-9130
	75 kW	150 A	CIMR-LC4F0150BAC	CIMR-LC4F0150BAC-9130
	90 kW	180 A	CIMR-LC4F0180BAC	CIMR-LC4F0180BAC-9130
	110 kW	216 A	CIMR-LC4F0216BAC	CIMR-LC4F0216BAC-9130

① Line filters

Inverter		Line filter Rasmi			Line filter Schaffner
Voltage	Model CIMR-LC_	Rated current (A)	Weight (kg)	Order code	Rated current (A)	Weight (kg)	Order code
3-Phase 400 VAC	4F0005 / 4F0006	24	2.0	A1000-FIA3024-RE	10	1.2	3G3RV-PFI3010-SE
	4F0009				18	1.3	3G3RV-PFI3018-SE
	4F0015 / 4F0018				35	2.2	3G3RV-PFI3035-SE
	4F0024	44	2.8	A1000-FIA3044-RE	35	2.2	3G3RV-PFI3035-SE
	4F0031	44	2.8	A1000-FIA3044-RE	60	4.0	3G3RV-PFI3060-SE
	4F0039	52	3.9	A1000-FIA3052-RE
	4F0045	71	5.3	A1000-FIA3071-RE
	4F0060	71	5.3	A1000-FIA3071-RE	100	4.5	3G3RV-PFI3100-SE
	4F0075	105	6.5	A1000-FIA3105-RE	100	4.5	3G3RV-PFI3100-SE
	4F0091	105	6.5	A1000-FIA3105-RE	170	6.0	3G3RV-FPI3170-SE
	4F0112 / 4F0150	170	9	A1000-FIA3170-RE	170	6.0	3G3RV-FPI3170-SE
	4F0180 / 4F0216	300	13.2	A1000-FIA3300-RE	250	11.0	3G3RV-PFI3200-SE

① Chokes

Diameter	Description	Order code
21	Recommended for motors below 2.2 kW	AX-FER2102-RE
28.5	Recommended for motors below 15 kW	AX-FER2815-RE
50	Recommended for motors below 45 kW	AX-FER5045-RE
60	Recommended for motors above 45 kW	AX-FER6055-RE

② Communication cards

Type	Description	Function	Order code
Communication option board	CANopen option card	Used for controlling the inverter, setting or referencing parameters, and monitoring output frequency, output current, or similar items through CANopen communication with the host controller.	SI-S3

③ Accessories

Types	Description	Functions	Order code
Digital operator	LCD remote operator	LCD Display operator with language support	JVOP-180



	LED remote operator	LED Display operator	JVOP-182
	Remote operator cable	3 meters cable for connecting remote operator	3G3AX-CAJOP300-EE
Accessories	USB converter / USB cable	USB converter unit with copy and backup function	JVOP-181
	24 VDC option board	24 VDC control board power supply 200 V type	PS-A10L
	24 VDC option board	24 VDC control board power supply 400 V type	PS-A10H
	PC connection cable	RS-232 PC tool connection cable	A1000-CAVPC232-EE

④ Computer software

Types	Description	Installation	Order code
Software	Computer software	Configuration and monitoring software tool	CX-Drive
Software	Computer software	Configuration and monitoring software tool	CX-One

⑤ D1000 kit - DC Supply with Regenerative Active Front End

Rated power kW	D1000 kit
Rated power kW	Regenerative DC bus supply unit (D1000)1	EMC filter1	Low harmonic filter1	Order code
5	CIMR-DC4A0005BAA	B84143A0020R106	B84143G0008R176	D1KIT40005AAAAB
10	CIMR-DC4A0010BAA	B84143A0020R106	B84143G0016R176	D1KIT40010AAAAB
20	CIMR-DC4A0020BAA	B84143A0035R106	B84143G0030R176	D1KIT40020AAAAB
30	CIMR-DC4A0030AAA	B84143A0065R106	B84143G0043R176	D1KIT40030AAAAB
40	CIMR-DC4A0040AAA	B84143A0065R106	B84143G0058R176	D1KIT40040AAAAB
60	CIMR-DC4A0060AAA	B84143B0180S080	B84143G0086R176	D1KIT40060AAAAB
100	CIMR-DC4A0100AAA	B84143B0180S080	B84143G0145R176	D1KIT40100AAAAB
130	CIMR-DC4A0130AAA	B84143B0400S080	B84143G0210S176	D1KIT40130AAAAB

⑤ R1000 kit - Regenerative Braking unit

Rated power kW	R1000 kit
Rated power kW	Regenerative braking unit (R1000)2	Current suppression reactor (1 %)1	Order code
3.5	CIMR-RC4A03P5FAA	B1509105	R1KIT40003AAAAA
5	CIMR-RC4A0005FAA	B1509105	R1KIT40005AAAAA
7	CIMR-RC4A0007FAA	B1509106	R1KIT40007AAAAA
10	CIMR-RC4A0010FAA	B1509107	R1KIT40010AAAAA
14	CIMR-RC4A0014FAA	B1509108	R1KIT40014AAAAA
17	CIMR-RC4A0017FAA	B1509108	R1KIT40017AAAAA
20	CIMR-RC4A0020FAA	B1509109	R1KIT40020AAAAA
28	CIMR-RC4A0028FAA	B1509110	R1KIT40028AAAAA
35	CIMR-RC4A0035AAA	B1504118	R1KIT40035AAAAA
43	CIMR-RC4A0043AAA	B1509111	R1KIT40043AAAAA
53	CIMR-RC4A0053AAA	B1509112	R1KIT40053AAAAA
73	CIMR-RC4A0073AAA	B1509113	R1KIT40073AAAAA
100	CIMR-RC4A0105AAA	B1509114	R1KIT40105AAAAA

⑤ Braking unit, braking resistor unit

Inverter			Braking unit		Braking Resistor3
Max. Applicable Motor kW		Model CIMR-LC_	Model AX-BCR_	Qty	Model AX-REM	Specifications of Resistor		Qty	Min Resist Value
400 V class	1.5	4F0005	Built in		00K9120-IE	900 W	120 Ω	1	64 Ω
	2.2	4F0006			00K9120-IE	900 W	120 Ω	1	64 Ω
	4.0	4F0009			01K9040-IE	1900 W	40 Ω	1	32 Ω
	5.5	4F0015
	7.5	4F0018
	11	4F0024			03K5025-IE	3500 W	25 Ω	1	20 Ω
	15	4F0031			03K5035-IE	3500 W	35 Ω	1	20 Ω
	18.5	4F0039			19K0030-IE	19000 W	30 Ω	1	19.2 Ω
	22	4F0045			19K0030-IE	19000 W	30 Ω	1	19.2 Ω
	30	4F0060			19K0020-IE	19000 W	20 Ω	1	19.2 Ω
	37	4F0075	4035090-TE	1	19K0030-IE	19000 W	30 Ω	3	8.5 Ω
	45	4F0091	4035090-TE	1	19K0030-IE	19000 W	30 Ω	3	8.5 Ω
	55	4F0112	4070130-TE	1	38K0012-IE	38000 W	12 Ω	2	6 Ω
	75	4F0150	4070130-TE	1	38K0012-IE	38000 W	12 Ω	2	6 Ω
	90	4F0180	−
	110	4F0216	−

⑥ Feedback speed option card

Type	Description	Function	Order code
PG option card	Complementary PG	For speed feedback input by connecting a motor encoder Input: 3 track (one or two tracks), for HTL encoder connection, 50 KHz max Output: 3 track open collector Encoder power supply: 12 V, 200 mA max	PG-B3
	Line Driver PG	For speed feedback input by connecting a motor encoder Input: 3 track, line driver, 300 kHz max Output: 3 track, line driver Encoder power supply: 5 V or 12 V, 200 mA max	PG-X3
	Endat encoder PG	For speed feedback input by connection a motor encoder Encoder type: EnDat 2.1/01, EnDat 2.2/01 (HEIDENHAIN) Maximum input frequency: 50 KHz Pulse monitor: Matches RS-422 level Output voltage: 5 V ±5%, 8 V ±10% Maximum output current: 200 mA Wiring lenght: 20 m max. for the encoder, 30 m max for the pulse monitor	PG-F3
	ERN1387 encoder PG	For speed feedback input by connection a motor encoder Encoder type: ERN1387 (HEIDENHAIN) Maximum input frequency: 50 KHz Pulse monitor: Matches RS-422 level Output voltage: 5 V ±5% Maximum output current: 200 mA Wiring lenght: 20 m max. for the encoder, 30 m max for the pulse monitor	PG-E3
	Motor feedback resolver interface	For motor speed feedback by connecting a resolver (TS2640N321E64 by Tamagawa Seiki Co., LTD) Input voltage: 7 VAC rms 10 kHz Transformation ratio: 0.5 ±5% Maximum input current: 100 mA rms	PG-RT3

Specifications

400 V class

Three-phase: CIMR-LC4F_		0005	0006	0009	0015	0018	0024	0031	0039	0045	0060	0075	0091	0112	0150	0180	0216
Motor kW4	For HD setting	1.5	2.2	4.0	5.5	7.5	11	15	18.5	22	30	37	45	55	75	90	110
Output characteristics	Inverter capacity kVA5	3.7	4.2	7	11.3	13.7	18.3	24	30	34	48	57	69	85	114	137	165
	Rated output current (A)	4.86	5.53	9.23	14.83	183	243	313	393	453	603	753	913	1127	1504	1804	2164
	Max. output voltage	380 to 480 V (proportional to input voltage)
	Max. output frequency	200 Hz (user-adjustable)
Power supply	Rated input voltage and frequency	3-phase 380 to 480 VAC, 50/60 Hz
	Allowable voltage fluctuation	−15% to +10%
	Allowable frequency fluctuation	+5%
	Input Current (A)8	4.4	6	10.4	15	20	29	39	44	49	58	71	86	105	142	170	207

Dimensions

Enclosed Panel [IP20]

Voltage class	Max. applicable motor output kW	Inverter model CIMR-LC_	Figure	Dimensions in mm
Voltage class	Max. applicable motor output kW	Inverter model CIMR-LC_	Figure	W	H	D	W1	H0	H1	H2	H3	D1	t1	t2	d	Weight (kg)
Three-phase 400 V	1.5	4F0005	1	140	260	147	122	−	248	6	−	38	5	−	M5	3.2
	2.2	4F0006				164						55				3.4
	4.0	4F0009				164										3.5
	5.5	4F0015				167										3.9
	7.5	4F0018														3.9
	11	4F0024		180	300		160		284	8						5.4
	15	4F0031		180	300	187	160		284			75				5.7
	18.5	4F0039		220	350	197	192		335			78			M6	8.3
	22	4F0045	2	254	465	258	195	400	385	7.5	65	100	2.3	2.3		23
	30	4F0060		279	515		220	450	435		65	100				27
	37	4F0075		329	630		260	510	495		120	105				39
	45	4F0091						510	495		120	105				39
	55	4F0112				283		550	535		80	110				43
	75	4F0150				283		550	535		80	110				45
	90	4F0180		450	705	330	325	705	680	12.5	163	130	3.2	3.2	M10	85
	110	4F0216		500	800	350	370	800	773	13	238	130	4.5	4.5	M12	103

1. lt is not possible to purchase the Regenerative DC bus supply unit (D1000), EMC filter and low harmonic filter as a separate items.

2. lt is not possible to purchase the Regenerative braking unit (R1000) and current suppression reactor as a separate items.

3. Additionally the Internal braking transistor protection (L8-55) should be set to “0” when a external braking unit (AX-BCR) is used.

4. Based on a standard 4-pole motor for maximum applicable motor output.

5. Rated Motor Capacity is calculated with a rated output voltage of 220 V.

6. Carrier frequency can be increased up to 8 kHz while keeping this current rating. Higher carrier frequency settings require derating.

7. Carrier frequency can be increased up to 5 kHz while keeping this current rating. Higher carrier frequency settings require derating.

8. Assumes operation at rated output current. Input current rating varies depending on the power supply transformer, input reactor, Wiring conditions, and power supply impedance.