MODEL AM-H

For longer distances and/or continuous movement with continuous load through medium (M) chain guide
Movement of heavy loads for longer distances or for a long time e.g. for movements as a machine component, heavy duty telescope, guidance, in the machine engineering industry.

particulary stable construction through continious cover plate
particulary wear-resistant due to chain guide (no lateral starting of the hain, mthus no wear of the bolt heads)
can be bolted to the load

Extra robust construction
Low level construction with higher carrying capacity, exchangeable with models …AS and …A due to same outer dimensions
More stability achieved, if load is firmly bolted to roller skates
More stable operation and distribution of load
Reduced wear by center plate chain guide (no contact between chain and sidewalls, no wear to rivet heads)

Check with the manufacturer before selection of skates for use in a vertical posistion
Models I-IIIv have 4 bolt holes as standard
If problems of load distribution occur e.g. by wind forces, it is necessary to select moedel AM-H_50CrV4
Maximum speed: 5m/min
The rolling resistance depends on the track. For smaller models I-IIIv 7-5%, for larger models 5-3% of the total load
Available with http://boerkey-gmbh.de/de/produktuebersicht/fuehrungsrollen/
Location of the fixing holes can be arranged to suit customers’ requirements
Optional in galvanised or stainless steel construction

Mod. AM-H

(H=hardened and machined center plate)

(roller material 50CrV4)

Size	a	b	c	Ød	e	f	g	h	Øi	k	l	Supporting rolls	Roll number	Capacity max kN	Weight kg
I	210	100	175	18	51	6	13	76	14	140	75	5	15	125	8,8
II	220	113	190	24	60	10	14	87	14	155	75	4	13	170	11,5
III	270	130	210	30	68	10	14	104	18	175	95	4	13	330	19,0
IIIV	320	140	220	30	68	10	18	115	18	180	120	6	17	420	28,5
IV	380	168	270	42	76	19	19	145	22	220	140	4	13	530	50,0
V	530	182	300	50	86	19	19	165	22	240	205	6	17	690	89,5
VL	580	182	300	50	86	19	23	170	26	250	250	8	21	880	104,0
Vv	650	205	350	50	100	20	28	190	26	280	240	9	23	1250	156,0
VI	900	205	380	50	100	20	38	200	33	300	360	13	31	1650	237,0